mhurhangee/patent-ind-claim-en huggingface dataset:
A garment care device comprising: - a steam generator for generating steam, the steam generator comprising a steam outlet , - a soleplate comprising steam vents being in fluid communication with said steam generator, - a valve system (V) arranged between said steam outlet and said steam vents for regulating the flow of steam between said steam outlet and said steam vents, - a sensor for measuring the velocity of the garment care device, - a processing unit , characterized in that the processing unit is configured to control said valve system as follows: a) if the velocity is in a first range of velocity, said processing unit is adapted to control the valve system so that the flow of steam is in a first range of steam rate, b) if the velocity is in a second range of velocity, said processing unit is adapted to control the valve system so that the flow of steam is in a second range of steam rate, wherein said first range of velocity and said second range of velocity do not overlap with each other and are both strictly larger than 0, and wherein said first range of steam rate and said second range of steam rate do not overlap with each other and are both strictly larger than 0. - a steam generator for generating steam, the steam generator comprising a steam outlet , - a soleplate comprising steam vents being in fluid communication with said steam generator, - a valve system (V) arranged between said steam outlet and said steam vents for regulating the flow of steam between said steam outlet and said steam vents, - a sensor for measuring the velocity of the garment care device, - a processing unit , characterized in that the processing unit is configured to control said valve system as follows: a) if the velocity is in a first range of velocity, said processing unit is adapted to control the valve system so that the flow of steam is in a first range of steam rate, b) if the velocity is in a second range of velocity, said processing unit is adapted to control the valve system so that the flow of steam is in a second range of steam rate, wherein said first range of velocity and said second range of velocity do not overlap with each other and are both strictly larger than 0, and wherein said first range of steam rate and said second range of steam rate do not overlap with each other and are both strictly larger than 0. a) if the velocity is in a first range of velocity, said processing unit is adapted to control the valve system so that the flow of steam is in a first range of steam rate, b) if the velocity is in a second range of velocity, said processing unit is adapted to control the valve system so that the flow of steam is in a second range of steam rate, wherein said first range of velocity and said second range of velocity do not overlap with each other and are both strictly larger than 0, and wherein said first range of steam rate and said second range of steam rate do not overlap with each other and are both strictly larger than 0.
A printing device comprising: a casing having a cover configured to open and close; a lever provided in the casing, the lever being sealed off by the cover when the cover is closed, the lever being exposed outside the casing when the cover is open; and a holding unit whose state is configured to switch from a hold state configured to hold an information processing device to a release state configured to release the information processing device, in response to rotation of the lever by a user. a casing having a cover configured to open and close; a lever provided in the casing, the lever being sealed off by the cover when the cover is closed, the lever being exposed outside the casing when the cover is open; and a holding unit whose state is configured to switch from a hold state configured to hold an information processing device to a release state configured to release the information processing device, in response to rotation of the lever by a user.
A thermosetting resin composition, wherein a cured product of the thermosetting resin composition that has been cured at 130°C for 15 minutes has: a moisture absorptivity of 2.5% or less after 168 hours at 85°C and 85% RH; and a ratio of the light transmittance with a wavelength of 700 nm/the light transmittance with a wavelength of 400 nm of 2 or less, the thermosetting resin composition comprising an epoxy resin and a curing agent, wherein the curing agent comprises: a microcapsular curing agent (H) for epoxy resins having a core (C) and a shell (S) , wherein the moisture absorptivity and the ratio of the light transmittance are determined by the methods disclosed in the specification. a cured product of the thermosetting resin composition that has been cured at 130°C for 15 minutes has: a moisture absorptivity of 2.5% or less after 168 hours at 85°C and 85% RH; and a ratio of the light transmittance with a wavelength of 700 nm/the light transmittance with a wavelength of 400 nm of 2 or less, a moisture absorptivity of 2.5% or less after 168 hours at 85°C and 85% RH; and a ratio of the light transmittance with a wavelength of 700 nm/the light transmittance with a wavelength of 400 nm of 2 or less, the thermosetting resin composition comprising an epoxy resin and a curing agent, wherein the curing agent comprises: a microcapsular curing agent (H) for epoxy resins having a core (C) and a shell (S) , wherein the moisture absorptivity and the ratio of the light transmittance are determined by the methods disclosed in the specification.
Bolt of a firearm with a bolt body displaceable along a longitudinal axis , a firing pin guided axially movably in the bolt body , a firing pin spring associated with the firing pin and a bolt sleeve arranged at the rear end of the bolt body , in which a sliding sleeve operable by a cocking slide is arranged for cocking and uncocking the firing pin spring , characterized in that the cocking slide contains a control cam for axial displacement of the sliding sleeve by a slide part which can be moved in a straight line in the direction of the longitudinal axis of the bolt body and projects rearwardly with respect to the bolt sleeve when the cocking slide is displaced between a lower uncocked position and an upper cocked position.
An electrocardiographic device for sensing cardiac activity in a user at the user's hands comprising: a pair of electrically insulating user interaction regions , each adapted for engagement with a hand of a user; a first set of electric potential sensors provided at the user interaction regions and each configured to provide an electric potential sensor output signal; a first set of indicia indicating a first position of a user's hands with respect to the first set of electric potential sensors; and wherein each user interaction region includes movement sensing means configured to provide a movement signal that, in use when a user's hands are in the first position, represents movement and/or vibration of the user's hands and wherein the electrocardiographic device is configured to use each movement signal to filter out corresponding variations in the electric potential sensor output signal(s) from the electric potential sensors of the respective user interaction region; characterised in that the first set of sensors are arranged relative to the first set of indicia such that, in use when a user's hands are in the first position, an electric potential sensor is located under the thenar eminence and/or an electric potential sensor is located under the hypothenar eminence of each of the user's hands. a pair of electrically insulating user interaction regions , each adapted for engagement with a hand of a user; a first set of electric potential sensors provided at the user interaction regions and each configured to provide an electric potential sensor output signal; a first set of indicia indicating a first position of a user's hands with respect to the first set of electric potential sensors; and wherein each user interaction region includes movement sensing means configured to provide a movement signal that, in use when a user's hands are in the first position, represents movement and/or vibration of the user's hands and
A method in an access network comprising: within a system bandwidth, assigning a first time-frequency resource based on a first transmit unit, TU, size as a minimum scheduling unit for transmissions to a first user equipment, UE, and a second time-frequency resource based on a second TU size as a minimum scheduling unit for transmissions to a second UE, the second TU size having a different time duration from the first TU size, wherein the first time-frequency resource overlaps at least partially with the second time-frequency resource, and receiving from the first UE within the first time-frequency resource, and receiving from the second UE within the second time-frequency resource characterized in that the receiving using the second access scheme comprises using spreading blocks having a spreading block size, and the second time-frequency resource has a useful size that is an integer multiple of a spreading block size. within a system bandwidth, assigning a first time-frequency resource based on a first transmit unit, TU, size as a minimum scheduling unit for transmissions to a first user equipment, UE, and a second time-frequency resource based on a second TU size as a minimum scheduling unit for transmissions to a second UE, the second TU size having a different time duration from the first TU size, wherein the first time-frequency resource overlaps at least partially with the second time-frequency resource, and receiving from the first UE within the first time-frequency resource, and receiving from the second UE within the second time-frequency resource characterized in that the receiving using the second access scheme comprises using spreading blocks having a spreading block size, and the second time-frequency resource has a useful size that is an integer multiple of a spreading block size.
A passenger seat headrest comprising: a frame comprising a main portion , a first side wing connected to the main portion , and a second side wing connected to the main portion distal from the first side wing ; and a support band , said "head support band", connected to the frame and extending from the first side wing to the second side wing , characterized in that the passenger seat headrest further comprises a support connected to the frame , wherein the support comprises a main portion , a first side wing connected to the main portion through a first transition portion , and a second side wing connected to the main portion distal from the first side wing through a second transition portion . a frame comprising a main portion , a first side wing connected to the main portion , and a second side wing connected to the main portion distal from the first side wing ; and a support band , said "head support band", connected to the frame and extending from the first side wing to the second side wing , characterized in that the passenger seat headrest further comprises a support connected to the frame , wherein the support comprises a main portion , a first side wing connected to the main portion through a first transition portion , and a second side wing connected to the main portion distal from the first side wing through a second transition portion .
Monoclonal antibody or a fragment thereof that binds to the protein P of the human Respiratory Syncytial Virus (RSV), wherein the monoclonal antibody or a fragment thereof comprises a variable region of the heavy chain which has the sequence SEQ ID No: 5 and a variable region of the light chain which has the sequence SEQ ID No: 6.
Method for monitoring a steering system , in particular during operation in a vehicle , wherein the steering system comprises at least one steering actuator , and wherein, in order to determine a sudden reduction in frictional engagement and/or torque in the steering system , at least one operating signal of the steering actuator is determined and evaluated, characterized in that , in order to determine the sudden reduction in frictional engagement and/or torque in the steering system , a jerk signal is determined from the operating signal and is monitored for changes.
An electronic device for use with a touch surface digitizer as defined in claim 7, the electronic device comprising: a sensor configured to receive uplink signals being ping uplink signals separate and different from any other signal transmitted from the digitizer to the electronic device and being emitted by a grid of antennas in the digitizer; and a controller configured to detect the uplink signals via the sensor; wherein the controller is further configured to determine a speed of the electronic device based on a detected sequence of the uplink signals as received at the sensor from a plurality of junctions of the antenna grid relative to a predetermined spatial pattern of the uplink signals as emitted across the grid. a sensor configured to receive uplink signals being ping uplink signals separate and different from any other signal transmitted from the digitizer to the electronic device and being emitted by a grid of antennas in the digitizer; and a controller configured to detect the uplink signals via the sensor; wherein the controller is further configured to determine a speed of the electronic device based on a detected sequence of the uplink signals as received at the sensor from a plurality of junctions of the antenna grid relative to a predetermined spatial pattern of the uplink signals as emitted across the grid.
A bendable autostereoscopic display apparatus comprising: a display panel comprising a plurality of left-eye pixels and right-eye pixels , said display panel having a curvature falling within a predetermined range; a visual field divider comprising a plurality of blocking layers (120-1, 120-2, 120-n) positioned at different distances from the display panel for blocking part of light output by the display panel each of the plurality of blocking layers comprising a selectively activatable plurality of barrier areas; and a controller configured to control the visual field divider to adjust a distance between the display panel and each of activated barrier areas of the plurality of blocking layers based on the curvature of the display panel , wherein the curvature is a non-zero curvature, wherein the controller is configured to control the visual field divider to reduce the distance between the display panel and each of the activated barrier areas of the plurality of blocking layers as a distance from a center of the display panel increases by selectively activating barrier areas of the plurality of blocking layers at different distances from the center of the display panel so that barrier areas of different blocking layers are activated at the center and a side end of the display panel, respectively, and barrier areas closer to the display panel are selectively activated as the distance from the center of the display panel increases toward the side end of the display panel. a display panel comprising a plurality of left-eye pixels and right-eye pixels , said display panel having a curvature falling within a predetermined range; a visual field divider comprising a plurality of blocking layers (120-1, 120-2, 120-n) positioned at different distances from the display panel for blocking part of light output by the display panel each of the plurality of blocking layers comprising a selectively activatable plurality of barrier areas; and a controller configured to control the visual field divider to adjust a distance between the display panel and each of activated barrier areas of the plurality of blocking layers based on the curvature of the display panel , wherein the curvature is a non-zero curvature, wherein the controller is configured to control the visual field divider to reduce the distance between the display panel and each of the activated barrier areas of the plurality of blocking layers as a distance from a center of the display panel increases by selectively activating barrier areas of the plurality of blocking layers at different distances from the center of the display panel so that barrier areas of different blocking layers are activated at the center and a side end of the display panel, respectively, and barrier areas closer to the display panel are selectively activated as the distance from the center of the display panel increases toward the side end of the display panel.
A vehicle occupant restraint system comprising an airbag module , wherein the airbag module is arranged on the roof beneath a roof liner and wherein the airbag module includes an inflator and a frontally acting airbag , wherein the airbag includes an inflator-side inflation end as well as a first free end delimiting a restraint part of the airbag which comprises a major part of the inflatable volume of the airbag , wherein the first free end in the inflated state of the airbag is located in a vehicle interior and wherein in a first period during deployment of the airbag the first free end is still connected to the airbag module via a tether in the area of the inflation end and upon reaching a predetermined tensile force the tether becomes detached and releases the first free end , wherein during deployment of the airbag the tether is located on the side directed toward the vehicle occupant.
A method for making an isolated chymosin polypeptide variant comprising the steps: (a): making an alteration at one or more positions in a parent polypeptide having chymosin activity, wherein the alteration is comprising a substitution, a deletion or an insertion in at least one amino acid position corresponding to position 117; and (b): producing and isolating the altered polypeptide of step (a) and thereby obtaining the isolated chymosin polypeptide variant, wherein the variant has chymosin activity; and wherein: (i): the amino acid position of the parent polypeptide is determined by an alignment of the parent polypeptide with the polypeptide of SEQ ID NO: 1 (bovine chymosin) - i.e. the polypeptide of SEQ ID NO: 1 is used to determine the corresponding amino acid sequence in the parent polypeptide; and (ii): the parent polypeptide has at least 90% sequence identity with the mature polypeptide of SEQ ID NO: 2 (Camel chymosin), which is from amino acid position 59 to amino acid position 381 of SEQ ID NO: 2; and wherein the isolated chymosin polypeptide variant has: - a chymosin activity giving a higher C/P ratio as compared to the C/P ratio of camel chymosin comprising the mature polypeptide of SEQ ID NO: 2. (a): making an alteration at one or more positions in a parent polypeptide having chymosin activity, wherein the alteration is comprising a substitution, a deletion or an insertion in at least one amino acid position corresponding to position 117; and (b): producing and isolating the altered polypeptide of step (a) and thereby obtaining the isolated chymosin polypeptide variant, wherein the variant has chymosin activity; (i): the amino acid position of the parent polypeptide is determined by an alignment of the parent polypeptide with the polypeptide of SEQ ID NO: 1 (bovine chymosin) - i.e. the polypeptide of SEQ ID NO: 1 is used to determine the corresponding amino acid sequence in the parent polypeptide; and (ii): the parent polypeptide has at least 90% sequence identity with the mature polypeptide of SEQ ID NO: 2 (Camel chymosin), which is from amino acid position 59 to amino acid position 381 of SEQ ID NO: 2; and wherein the isolated chymosin polypeptide variant has: - a chymosin activity giving a higher C/P ratio as compared to the C/P ratio of camel chymosin comprising the mature polypeptide of SEQ ID NO: 2. - a chymosin activity giving a higher C/P ratio as compared to the C/P ratio of camel chymosin comprising the mature polypeptide of SEQ ID NO: 2.
Device for supporting and fixing equipment to a fairing of a nacelle or of an aircraft engine, the device comprising at least one vibration damper comprising a first part intended to be fixed to the fairing, and a second part that is connected by elastically deformable means to the first part, said second part being intended to be connected rigidly to the equipment so as to suspend said equipment on the fairing, the or each vibration damper being associated with a safety member : - intended to keep the vibration damper in position on the fairing in the event of the failure or breakage of said vibration damper or of means of fixation of the vibration damper on the fairing, to ensure the support and fixation of the equipment, - which straddles the vibration damper, the safety device comprising a middle part , that at least partly caps or covers the damper, and lateral opposite ends intended to be fixed to the fairing, the device comprising means of fixation of the safety member on the fairing which are independent of the means of fixation of the vibration damper on the fairing, characterised in that - the safety member is independent of the vibration damper, - the middle part of the safety member is formed with a flat plate having a circular or rectangular shape, - said plate: -- comprises, at two opposite ends, lateral feet for fixation to the fairing, or -- comprises, at its two opposite ends, cables for fixation to the fairing, or -- is directly fixed at two opposite ends to the fairing, and, - a flat gasket is interposed between the middle part of the safety member and an upper end of the first part of the vibration damper. - intended to keep the vibration damper in position on the fairing in the event of the failure or breakage of said vibration damper or of means of fixation of the vibration damper on the fairing, to ensure the support and fixation of the equipment, - which straddles the vibration damper, the safety device comprising a middle part , that at least partly caps or covers the damper, and lateral opposite ends intended to be fixed to the fairing, the device comprising means of fixation of the safety member on the fairing which are independent of the means of fixation of the vibration damper on the fairing, - the safety member is independent of the vibration damper, - the middle part of the safety member is formed with a flat plate having a circular or rectangular shape, - said plate: -- comprises, at two opposite ends, lateral feet for fixation to the fairing, or -- comprises, at its two opposite ends, cables for fixation to the fairing, or -- is directly fixed at two opposite ends to the fairing, and, -- comprises, at two opposite ends, lateral feet for fixation to the fairing, or -- comprises, at its two opposite ends, cables for fixation to the fairing, or -- is directly fixed at two opposite ends to the fairing, and, - a flat gasket is interposed between the middle part of the safety member and an upper end of the first part of the vibration damper.
Horseshoe comprising a completely closed rigid plate, wherein the rigid plate comprises a lower ground contacting surface and an upper hoof surface for applying to the horse's hoof, and the rigid plate comprises a front part , a left side , a right side , a rear part , with an inclination on the front part , on both left and right sides and the rear part , such that the rigid plate has a smaller thickness at each left and right side and at each front and rear part , and a greater thickness at a central part of the rigid plate, wherein the lower ground contacting surface comprises an undulating shape for contact with the ground and the upper hoof contacting surface is flat for contacting the horse's hoof. wherein the rigid plate comprises a lower ground contacting surface and an upper hoof surface for applying to the horse's hoof, and the rigid plate comprises a front part , a left side , a right side , a rear part , with an inclination on the front part , on both left and right sides and the rear part , such that the rigid plate has a smaller thickness at each left and right side and at each front and rear part , and a greater thickness at a central part of the rigid plate, wherein the lower ground contacting surface comprises an undulating shape for contact with the ground and the upper hoof contacting surface is flat for contacting the horse's hoof.