mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adjusting a frequency dependent gain of a hearing device , the method comprising: receiving an amplification level selected by a user of the hearing device ; selecting offset gain values for frequencies in a bass range based on the amplification level ; reading fitting gain values for the frequencies stored in the hearing device , wherein the fitting gain values have been selected to compensate a hearing loss of the user; determining direct sound indicator values for the frequencies, wherein a direct sound indicator value for a frequency specifies a level of direct sound in front of an ear drum in an ear canal of the user at that frequency; setting an adjusted gain value in each frequency depending on the offset gain value , the fitting gain value and the direct sound indicator value ; applying the adjusted gain values to an amplifier of the hearing device , such that a sound signal in each frequency is amplified with the corresponding adjusted gain value ; characterised in that the adjusted gain value in each frequency band is set to the sum of the offset gain value and a maximum of the fitting gain value and the direct sound indicator value . receiving an amplification level selected by a user of the hearing device ; selecting offset gain values for frequencies in a bass range based on the amplification level ; reading fitting gain values for the frequencies stored in the hearing device , wherein the fitting gain values have been selected to compensate a hearing loss of the user; determining direct sound indicator values for the frequencies, wherein a direct sound indicator value for a frequency specifies a level of direct sound in front of an ear drum in an ear canal of the user at that frequency; setting an adjusted gain value in each frequency depending on the offset gain value , the fitting gain value and the direct sound indicator value ; applying the adjusted gain values to an amplifier of the hearing device , such that a sound signal in each frequency is amplified with the corresponding adjusted gain value ; characterised in that the adjusted gain value in each frequency band is set to the sum of the offset gain value and a maximum of the fitting gain value and the direct sound indicator value .
Press having a drive train which has a movable press ram for transmitting a pressing force to a workpiece to be processed, and having a sensor for measuring the pressing force, wherein the sensor is arranged in a sensor housing which is releasably fastenable in a cavity which is situated in the drive train , wherein the sensor housing has a spreadable hub and a spreading element which is configured such that, during a relative movement of hub and spreading element along a longitudinal axis of the sensor housing , it spreads the hub open, and it presses said hub against an inner wall of the cavity , and it thus fastens the sensor housing in the cavity , wherein the sensor housing furthermore has a screw for fastening the spreading element to the hub , wherein tightening of the screw brings about the relative movement of hub and spreading element , characterized in that the spreading element has a centrally arranged internal thread into which the screw engages through the hub , and in that the spreading element has a passage opening through which a connection cable of the sensor is led, wherein the passage opening is arranged offset from the internal thread and extends parallel thereto.
Reduction gear device or linear output actuator device having rotary motor drive, in particular an electric braking linear actuator, of the type comprising at least one epicyclic train (PR2, PR3) including a group of planet gears in rotation according to a train axis (A1) around a sun gear and inside a circular ring gear coaxial with said planetary gearset, where said planet gears are borne by a planet carrier and engage both with an external toothset of said sun gear and with an internal toothset, formed in said circular ring gear according to a first pattern having a first determined orientation (D1), said epicyclic train receiving a rotary drive (C5) and forming at least one reduction stage (DPR) in order to drive in rotation (C4) a nut-screw mechanism (NS) the output of which produces a linear displacement (T1) in a direction (A1) coaxial with said epicyclic train, said device being characterized in that said epicyclic train (PR3) drives a male threaded element , coaxial therewith, which co-operates with a female threading formed in the inner surface of said ring gear according to a second pattern having a second orientation (D2) different from the first orientation (D1), said ring gear thus forming a threaded ring gear, which co-operates with said male threaded element to form said nut-screw mechanism (NS), said ring gear thus having female threading reliefs intersecting with the reliefs of the internal toothset to form a criss-cross toothset which is capable of operating equally well as a ring gear toothset of an epicyclic train and as a nut thread.
A method for transmitting video data, by a transmitting device, the method comprising identifying a max color component value among color component values of said video data; setting information suitable for determining a scaling factor, the scaling factor being usable for scaling up the max color component value to a reference and correspondingly for scaling down a backlight value, by means of said scaling factor; said information indicating an adjusted upper bound of the color component values, and an adjusted lower bound of the color component values for each frame, wherein the adjusted upper bound and the adjusted lower bound are bounds temporally smoothed to contain variations of the upper bound and the lower bound of the color component values between successive frames within a threshold, thereby preventing flickering; and transmitting to a receiving device display adaptation metadata comprising the information indicating the adjusted upper bound, and the adjusted lower bound.
A multilayer body for use in a laser marking label, said multilayer body comprising: a first layer that allows laser light to pass through; a second layer that develops a color with the laser light; and a third layer that has adhesiveness, the first layer, the second layer, and the third layer being stacked in this order, the second layer consisting of a resin composition containing an acrylic-based copolymer, an isocyanate-based crosslinking agent, a color development pigment, and a white pigment, the isocyanate-based crosslinking agent being selected from (i) an aromatic-aliphatic isocyanate-based crosslinking agent or (ii) a mixture of an aliphatic or alicyclic isocyanate-based crosslinking agent and an aromatic isocyanate-based crosslinking agent, a contained amount of the isocyanate-based crosslinking agent being not less than 5 parts by mass and not more than 40 parts by mass with respect to 100 parts by mass of the acrylic-based copolymer, and the second layer being in contact with the first layer. a first layer that allows laser light to pass through; a second layer that develops a color with the laser light; and a third layer that has adhesiveness, the first layer, the second layer, and the third layer being stacked in this order, the second layer consisting of a resin composition containing an acrylic-based copolymer, an isocyanate-based crosslinking agent, a color development pigment, and a white pigment, the isocyanate-based crosslinking agent being selected from (i) an aromatic-aliphatic isocyanate-based crosslinking agent or (ii) a mixture of an aliphatic or alicyclic isocyanate-based crosslinking agent and an aromatic isocyanate-based crosslinking agent, a contained amount of the isocyanate-based crosslinking agent being not less than 5 parts by mass and not more than 40 parts by mass with respect to 100 parts by mass of the acrylic-based copolymer, and the second layer being in contact with the first layer.
An arrangement comprising a switch cabinet frame and a switch cabinet base, wherein the switch cabinet frame comprises multiple profile struts and a rectangular base frame , the underside of which is an outer side of the switch cabinet frame rack , which has at least one through-opening and a contact surface via which the switch cabinet frame is placed on the switch cabinet base , characterized in that the through-opening is closed by a skid which is detachable mounted on the outer side, which is raised relative to the contact surface , wherein the switch cabinet base has a recess in which the skid is received.
A robotic lawnmower system comprising a robotic lawnmower and a signal generator to which a cable is to be connected, the signal generator being configured to transmit a signal through the cable , and the robotic lawnmower comprising: a sensor configured to pick up magnetic fields generated by the signal in the cable thereby receiving the signal being transmitted and a controller configured to control the robotic lawnmower to follow the cable at a distance by determining a received signal amplitude level of the received signal and steering the robotic lawnmower so that the received amplitude level corresponds to, preferably is substantially equal to, a set amplitude level; characterised in that the controller is further configured to: determine a received signal quality level of the received signal; determine if the received signal quality level has changed, and in response thereto adapt the set amplitude level thereby adapting the distance at which the robotic lawnmower is following the cable according to the determined signal quality level. a sensor configured to pick up magnetic fields generated by the signal in the cable thereby receiving the signal being transmitted and a controller configured to control the robotic lawnmower to follow the cable at a distance by determining a received signal amplitude level of the received signal and steering the robotic lawnmower so that the received amplitude level corresponds to, preferably is substantially equal to, a set amplitude level; characterised in that the controller is further configured to: determine a received signal quality level of the received signal; determining a received signal amplitude level of the received signal and steering the robotic lawnmower so that the received amplitude level corresponds to, preferably is substantially equal to, a set amplitude level; characterised in that the controller is further configured to: determine a received signal quality level of the received signal; determine if the received signal quality level has changed, and in response thereto adapt the set amplitude level thereby adapting the distance at which the robotic lawnmower is following the cable according to the determined signal quality level.
Gripping system comprising a base module , in which a vacuum chamber is provided which can be subjected to a vacuum, and comprising a suction gripper arranged on the base module for sucking up and handling objects, wherein the base module has at least one suction opening on a suction side , wherein resiliently compressible suction cups corresponding to the suction openings and having suction chambers and a contact surface for contacting the object to be sucked up are assigned to the suction side , wherein the suction chambers each extend along a suction axis oriented perpendicularly to the contact surface , wherein, in an operation in which no objects are held by suction on the contact surface , the suction cups assume a neutral state, and wherein, in an operation in which an object is held by suction on the contact surface , the suction cups assume a compression state, wherein at least one sensor is provided on or in the base module and at least one sensor element is provided on or in at least one suction cup , wherein the at least one sensor element is arranged on an insert arranged in the suction chamber or is formed by the insert , wherein the at least one sensor and the at least one sensor element interact and are designed such that sensor signals are generated by the at least one sensor by displacement of the at least one sensor element and at least when the predetermined or predeterminable compression state is reached, characterized in that an evaluation unit is provided which evaluates the sensor signals and is designed to determine one or more of the following variables from the sensor signals: - the compression depth when sucking up objects, - a distance of the sensor element from the suction axis and/or its angle with respect to the suction axis , - the change of the compression state during handling of the objects, - a tilting of the suction cup due to a change in orientation of the sensor element . - the compression depth when sucking up objects, - a distance of the sensor element from the suction axis and/or its angle with respect to the suction axis , - the change of the compression state during handling of the objects, - a tilting of the suction cup due to a change in orientation of the sensor element .
A DNA vaccine for use in preventing, delaying the onset of, or treating rejection of a skin allograft or a skin allogeneic transplant, wherein the DNA vaccine comprises (a) a first plasmid comprising a polynucleotide encoding secreted glutamic acid decarboxylase 55 (sGAD55) under the control of a promoter which expresses the polynucleotide encoding sGAD55, and comprising a plurality of CpG motifs, where the CpG motifs are methylated sufficiently to diminish the recipient's immune response to unmethylated CpG motifs, and wherein at least some of the plurality of CpG motifs are methylated and resistant to digestion by restriction endonuclease Hpa II, and (b) a second plasmid comprising a polynucleotide encoding Bax under the control of a promoter which expresses the polynucleotide encoding BAX; and wherein the use comprises: (i) selecting a recipient in need of a graft or transplant and an allograft or allogeneic transplant donor; (ii) grafting tissue or transplanting skin from the donor to the recipient; and (iii) intradermally administering to the recipient one or more than one dose of the DNA vaccine. (i) selecting a recipient in need of a graft or transplant and an allograft or allogeneic transplant donor; (ii) grafting tissue or transplanting skin from the donor to the recipient; and (iii) intradermally administering to the recipient one or more than one dose of the DNA vaccine.
A system for performing in situ repairs of internal components of a gas turbine engine , the system comprising: an internal component installed within the gas turbine engine , the internal component including a defect defining a fillable volume ; a repair tool configured to be inserted through an access port of the gas turbine engine such that the repair tool includes a tip end positioned within the gas turbine engine at a location adjacent to the defect and a material supply end positioned outside the gas turbine engine ; characterised by a liquid metal source containing liquid metal, wherein, when liquid metal from the liquid metal source is supplied to the repair tool , the liquid metal is directed from the material supply end of the repair tool to the tip end of the repair tool and expelled therefrom in a direction of the defect such that the fillable volume is at least partially filled with the liquid metal. an internal component installed within the gas turbine engine , the internal component including a defect defining a fillable volume ; a repair tool configured to be inserted through an access port of the gas turbine engine such that the repair tool includes a tip end positioned within the gas turbine engine at a location adjacent to the defect and a material supply end positioned outside the gas turbine engine ; characterised by a liquid metal source containing liquid metal, wherein, when liquid metal from the liquid metal source is supplied to the repair tool , the liquid metal is directed from the material supply end of the repair tool to the tip end of the repair tool and expelled therefrom in a direction of the defect such that the fillable volume is at least partially filled with the liquid metal.
A thermoplastic material container for a water dispenser, defining a longitudinal axis (Z), comprising: - a neck , - a body having a side wall, - at least two side handles each formed as a recess in said side wall having a surface proximal to the neck substantially transversal to the longitudinal axis (Z), each adapted to accommodate the fingers of a hand of a user, to lift the container vertically, - a bottom closing the container at its lower end, defining a base plane, comprising a peripheral portion forming a planar base, a central portion reentrant with respect to the peripheral portion, and; at least one base handle formed as a recess with respect to the peripheral portion, adapted to accommodate the fingers of a hand, whereby each of said at least two side handles and at least one base handle is shaped to provide a gripping area by means of a hand of a user, characterized in that the container has a volume capacity comprised between 12 and 25 liters, the at least two side handles are arranged opposite to each other with respect to the longitudinal axis (Z), in that each side handle has a height (H), along the longitudinal axis (Z), between 20% and 25% of a total height (h) of the container , and a width (W), along a plane perpendicular to the longitudinal axis (Z), comprised between 30% and 45% of the diameter of the body , in that the transversal cross sections perpendicular to the longitudinal axis of each side handle have substantially the shape of arcs of circle, and the longitudinal cross sections that comprise the longitudinal axis (Z) have the shape of an arc of circle (c) having a radius that is between 66% and 81 % of the radius of said body , said arc of circle (c) starting from a first plane of the surface of the body proximal to the bottom and terminating, at a point of maximum depth, at a plane of the outer surface that is distal from the bottom , after said point the surface of the handle folds back following a curved line (d) and reaches the side surface of the main body following an inclined straight line (r). - a neck , - a body having a side wall, - at least two side handles each formed as a recess in said side wall having a surface proximal to the neck substantially transversal to the longitudinal axis (Z), each adapted to accommodate the fingers of a hand of a user, to lift the container vertically, - a bottom closing the container at its lower end, defining a base plane, comprising a peripheral portion forming a planar base, a central portion reentrant with respect to the peripheral portion, and; at least one base handle formed as a recess with respect to the peripheral portion, adapted to accommodate the fingers of a hand, a peripheral portion forming a planar base, a central portion reentrant with respect to the peripheral portion, and; at least one base handle formed as a recess with respect to the peripheral portion, adapted to accommodate the fingers of a hand,
A cathode assembly (C) suitable for a Hall-Heroult electrolysis cell, comprising - a cathode body made of a carbonaceous material; - at least one cathode bar made of a first conductive material, said cathode bar being fitted in a groove provided in said cathode body; - at least one insert made of a second conductive material, having a higher electrical conductivity than that of said first conductive material, said insert being fitted in a slot or bore provided in said cathode bar; characterized in that said slot leads to an end wall of said cathode bar and an end wall of said insert is substantially flush with said end wall of said cathode bar, in that said cathode assembly is further provided with connection means intended to connect said cathode assembly with a cathodic bus bar , in that said connection means comprise at least one first connection member extending across said slot or bore, as well as across said insert , viewed from the end, in that the free end of said first connection member , adjacent to said slot and said insert, comprises at least one connection zone for mechanical and electrical connection to said end wall of cathode bar, and in that said free end of said first connection member also comprises a non-connection zone which does neither mechanically nor electrically contact said insert . - a cathode body made of a carbonaceous material; - at least one cathode bar made of a first conductive material, said cathode bar being fitted in a groove provided in said cathode body; - at least one insert made of a second conductive material, having a higher electrical conductivity than that of said first conductive material, said insert being fitted in a slot or bore provided in said cathode bar;
A device for communicating in a wireless network, the device comprising a processor , a memory , and a radio , wherein the device is configured to communicate to an access point, AP, information that includes a Max Idle time period corresponding to a time period set within the AP during which the device may be in a power save mode without being disconnected from the AP , wherein in the power save mode, the device is to selectively transmit to the AP and selectively refrain from transmission to the AP , and wherein the device is configured to communicate the information to the AP within an association or re-association frame.
A device for bone fixation, comprising: a) a bone plate with a plate hole adapted to receive a bone screw , the plate hole having an inner wall made of a material with a hardness Hp; and b) a hollow cylindrical or hollow conical insert supported in the plate hole and abutting at least partially the inner wall and adapted to receive the head of the bone screw , wherein c) the insert is arranged in the plate hole in a rotation-proof manner and secured against axial displacement; and d) the insert consists of a material with the hardness H E < H P ; characterized in that e) the rotation-proof reception of the insert in the plate hole is realized by means of positive locking, so that the insert is secured against shifting, pivoting and rotating inside the plate hole. a) a bone plate with a plate hole adapted to receive a bone screw , the plate hole having an inner wall made of a material with a hardness Hp; and b) a hollow cylindrical or hollow conical insert supported in the plate hole and abutting at least partially the inner wall and adapted to receive the head of the bone screw , wherein c) the insert is arranged in the plate hole in a rotation-proof manner and secured against axial displacement; and d) the insert consists of a material with the hardness H E < H P ; characterized in that e) the rotation-proof reception of the insert in the plate hole is realized by means of positive locking, so that the insert is secured against shifting, pivoting and rotating inside the plate hole.
A quick release mounting system comprising: a mounting plate including at least one latching surface , a base having a socket for receiving said mounting plate, and at least one movable latching member for engaging with a said latching surface of said mounting plate to prevent separation of said mounting plate from said socket, and wherein said mounting system further comprises a locking mechanism operating to push said mounting plate in a direction perpendicular to, and away from, said base against said at least one latching member , in order to rigidly clamp said mounting plate within said socket. a mounting plate including at least one latching surface , a base having a socket for receiving said mounting plate, and at least one movable latching member for engaging with a said latching surface of said mounting plate to prevent separation of said mounting plate from said socket, and wherein said mounting system further comprises a locking mechanism operating to push said mounting plate in a direction perpendicular to, and away from, said base against said at least one latching member , in order to rigidly clamp said mounting plate within said socket.