mhurhangee/patent-ind-claim-en huggingface dataset:
An autoinjector comprising a lower body receiving a tank, said tank containing fluid product and comprising a piston and a needle, such as a pre-primed syringe (A), said autoinjector comprising: - a actuor sleeve which, before actuation, projects out of said lower body in a first projected position, which during actuation slides toward the inside of said lower body in an actuation position, and which after injection moves out of said lower body in a second projected position, - injection means to inject said fluid product through said needle when said needle is in an injection position, - a tank movement device for retracting said needle out of the body of the user after injection of the fluid product, said tank movement device comprising a control ring , a control sleeve and a control slide comprising an upper shoulder , said control ring cooperating with said control sleeve , with said control slide and with said control sleeve , - a trigger , actuated by said injection means, actuating said tank movement device after injection of the fluid product so as to retract said needle, said autoinjector comprising a retarding device adapted to delay during a predetermined time the actuation of said tank movement device by said trigger after injection of the fluid product, to delay retraction of said needle by said predetermined time after the end of injection, said retarding device comprising an epicycloidal train having at least one, advantageously four stages, characterized in that said trigger comprises an external ramp and a projection which can be provided on one side of said external ramp , said projection co-operating, after a predefined rotation of said trigger , with said upper shoulder of said control slide to move axially said control slide so as to liberate the rotation of said control ring and actuate said tank movement device to retract aid needle. - a actuor sleeve which, before actuation, projects out of said lower body in a first projected position, which during actuation slides toward the inside of said lower body in an actuation position, and which after injection moves out of said lower body in a second projected position, - injection means to inject said fluid product through said needle when said needle is in an injection position, - a tank movement device for retracting said needle out of the body of the user after injection of the fluid product, said tank movement device comprising a control ring , a control sleeve and a control slide comprising an upper shoulder , said control ring cooperating with said control sleeve , with said control slide and with said control sleeve , - a trigger , actuated by said injection means, actuating said tank movement device after injection of the fluid product so as to retract said needle,
A multilayer insole to be fitted in a footwear or shoe , extending along a major-extension surface and comprising: at least one damper element adapted to damp the impact of said shoe on the ground, substantially extending over the whole of said insole in the direction of said major-extension surface and being placed in the upper part of said insole , characterised in that said damper element is an open-cell foam made of damping microcellular polyurethane material with a 90%-compression recovery time included between 0.3 s and 2.5 s, said damper element is disposed in the vicinity of the insole portion that, when said insole is fitted in shoe , is in direct contact with the foot or with an upper layer in contact with the foot, said material of said damper element has a resiliency equal to a value of about 4 if measured by an "ASTM D2632-92, Vertical Rebound" test.
A method of forming an elastic film stretchable structure comprising: a supply step of interposing an elastic film between a first sheet layer and a second sheet layer in a stretched state in a machine direction (MD); and a bonding step of passing the first sheet layer , the second sheet layer , and the elastic film interposed therebetween in the stretched state, between an anvil roll having a plurality of protrusions arranged at intervals in a predetermined pattern on an outer peripheral surface, and at least one ultrasonic horn facing the outer peripheral surface of the anvil roll , and forming sheet bonded portions by welding the first sheet layer and the second sheet layer only at portions interposed between the plurality of protrusions and the ultrasonic horn , wherein the anvil roll includes a region having the protrusions , the region includes a site in which welding is performed by at least one ultrasonic horn , the site has a portion in which an area rate of the protrusions changes in a roll circumferential direction (RD), and a difference between a maximum value and a minimum value in a change of the area rate of the protrusions in the roll circumferential direction (RD) is 4.5% or less, wherein the area rate is determined according to the description. a supply step of interposing an elastic film between a first sheet layer and a second sheet layer in a stretched state in a machine direction (MD); and a bonding step of passing the first sheet layer , the second sheet layer , and the elastic film interposed therebetween in the stretched state, between an anvil roll having a plurality of protrusions arranged at intervals in a predetermined pattern on an outer peripheral surface, and at least one ultrasonic horn facing the outer peripheral surface of the anvil roll , and forming sheet bonded portions by welding the first sheet layer and the second sheet layer only at portions interposed between the plurality of protrusions and the ultrasonic horn , wherein the anvil roll includes a region having the protrusions , the region includes a site in which welding is performed by at least one ultrasonic horn , the site has a portion in which an area rate of the protrusions changes in a roll circumferential direction (RD), and a difference between a maximum value and a minimum value in a change of the area rate of the protrusions in the roll circumferential direction (RD) is 4.5% or less, wherein the area rate is determined according to the description.
A cooking apparatus comprising: a housing ; a cooking compartment arranged at the housing, the cooking compartment being configured to form a first enclosed space in which food item can be received; a heating unit arranged inside a second enclosed space in the housing, wherein the cooking compartment comprises an air inlet through which air can enter from a side of the cooking compartment, and an air outlet through which air can exit from an opposite side of the cooking compartment, wherein the air inlet and the air outlet are disposed on opposite sides of the cooking compartment, and wherein the air inlet and the air outlet are connected to the second enclosed space such that air heated by the heating unit can circulate between the second enclosed space and the cooking compartment; characterized in that , the cooking apparatus further comprises a water reservoir configured to store water, the water reservoir being connected to the heating unit such that water can be delivered from the water reservoir to the heating unit for steam generation; wherein the cooking apparatus includes a convection heating function and a steam cooking function. a housing ; a cooking compartment arranged at the housing, the cooking compartment being configured to form a first enclosed space in which food item can be received; a heating unit arranged inside a second enclosed space in the housing, wherein the cooking compartment comprises an air inlet through which air can enter from a side of the cooking compartment, and an air outlet through which air can exit from an opposite side of the cooking compartment, wherein the air inlet and the air outlet are disposed on opposite sides of the cooking compartment, and wherein the air inlet and the air outlet are connected to the second enclosed space such that air heated by the heating unit can circulate between the second enclosed space and the cooking compartment; characterized in that , the cooking apparatus further comprises a water reservoir configured to store water, the water reservoir being connected to the heating unit such that water can be delivered from the water reservoir to the heating unit for steam generation; wherein the cooking apparatus includes a convection heating function and a steam cooking function.
An information processing apparatus comprising: a road surface region estimating section configured to estimate a road surface region in a first image captured of a predetermined imaging range; a non-polarized region extracting section configured to extract a non-polarized region from a second image captured of the imaging range, wherein the non-polarized region is a pixel region of a camera with limited variations in polarization component intensity; a low-confidence level region estimating section configured to estimate a low-confidence level region for an object with a low first confidence level, obtained by a first sensor within a measurement range of the first sensor in the imaging range, on the basis of information indicating the road surface region and the non-polarized region; a weight calculating section configured to calculate a weight on the first confidence level on the basis of the first confidence level, a second confidence level of the object obtained by a second sensor in the imaging range, and information indicating the low-confidence level region; and a presence likelihood calculating section configured to calculate presence likelihood of the object at different distances within the imaging range on the basis of the first confidence level, the second confidence level, and information indicating the weight. a road surface region estimating section configured to estimate a road surface region in a first image captured of a predetermined imaging range; a non-polarized region extracting section configured to extract a non-polarized region from a second image captured of the imaging range, wherein the non-polarized region is a pixel region of a camera with limited variations in polarization component intensity; a low-confidence level region estimating section configured to estimate a low-confidence level region for an object with a low first confidence level, obtained by a first sensor within a measurement range of the first sensor in the imaging range, on the basis of information indicating the road surface region and the non-polarized region; a weight calculating section configured to calculate a weight on the first confidence level on the basis of the first confidence level, a second confidence level of the object obtained by a second sensor in the imaging range, and information indicating the low-confidence level region; and a presence likelihood calculating section configured to calculate presence likelihood of the object at different distances within the imaging range on the basis of the first confidence level, the second confidence level, and information indicating the weight.
A medical device system comprising: an elongate shaft having a lumen extending from a proximal end of the elongate shaft to a distal end of the elongate shaft ; a proximal release wire extending distally from a proximal end configured to remain outside a body to a distal end and slidably disposed within the lumen of the elongate shaft ; and a distal release wire extending distally from a proximal end to a distal end and slidably disposed within the lumen of the elongate shaft , the proximal end of the distal release wire slidably coupled to the distal end of the proximal release wire , wherein the distal release wire is configured to releasably attach a medical device to the distal end of the elongate shaft , wherein the distal end of the proximal release wire is formed into a proximal loop and the proximal end of the distal release wire is formed into a distal loop , wherein the proximal loop and the distal loop are slidably coupled, and wherein an inner surface of a distal end of the proximal loop is configured to engage an inner surface of a proximal end of the distal loop upon proximal actuation of the proximal release wire . an elongate shaft having a lumen extending from a proximal end of the elongate shaft to a distal end of the elongate shaft ; a proximal release wire extending distally from a proximal end configured to remain outside a body to a distal end and slidably disposed within the lumen of the elongate shaft ; and a distal release wire extending distally from a proximal end to a distal end and slidably disposed within the lumen of the elongate shaft , the proximal end of the distal release wire slidably coupled to the distal end of the proximal release wire , wherein the distal release wire is configured to releasably attach a medical device to the distal end of the elongate shaft , wherein the distal end of the proximal release wire is formed into a proximal loop and the proximal end of the distal release wire is formed into a distal loop , wherein the proximal loop and the distal loop are slidably coupled, and wherein an inner surface of a distal end of the proximal loop is configured to engage an inner surface of a proximal end of the distal loop upon proximal actuation of the proximal release wire .
A site management system comprising a server that acquires information about a construction machine and a construction machine operator at a construction site through a communication channel , and manages work conditions at the construction site, wherein the server includes an information registration unit that acquires and registers position information, acceleration data, and gyro data of the construction machine and the construction machine operator , and a riding determination unit that determines a proximity state between the construction machine and the construction machine operator from the position information of the construction machine and the construction machine operator , and determines whether or not the construction machine operator is riding the construction machine from the acceleration data and gyro data of the construction machine operator in addition to the proximity state. the server includes an information registration unit that acquires and registers position information, acceleration data, and gyro data of the construction machine and the construction machine operator , and a riding determination unit that determines a proximity state between the construction machine and the construction machine operator from the position information of the construction machine and the construction machine operator , and determines whether or not the construction machine operator is riding the construction machine from the acceleration data and gyro data of the construction machine operator in addition to the proximity state.
A method for producing acetic acid, comprising a reaction step of reacting methanol and carbon monoxide in the presence of a catalyst, wherein the method comprises at least one step selected from a step that satisfies the following operating condition (i) and a step that satisfies the following operating condition (ii) in an acetic acid production process, and controlling an oxygen concentration in an embodiment satisfying at least one selected from the following (iii) and (iv) for one or more processes: (i) operating conditions involving a hydrogen partial pressure of less than 500 kPa (absolute pressure), a carbon dioxide partial pressure of less than 70 kPa (absolute pressure), and an operating temperature of more than 150°C; (ii) operating conditions involving a hydrogen partial pressure of 5 kPa or less (absolute pressure), a carbon dioxide partial pressure of less than 20 kPa (absolute pressure), and an operating temperature of more than 100°C; (iii) the oxygen concentration in a gas phase is less than 7 percent by volume; and (iv) the oxygen concentration in a liquid phase is less than 7×10 -5 g/g. (i) operating conditions involving a hydrogen partial pressure of less than 500 kPa (absolute pressure), a carbon dioxide partial pressure of less than 70 kPa (absolute pressure), and an operating temperature of more than 150°C; (ii) operating conditions involving a hydrogen partial pressure of 5 kPa or less (absolute pressure), a carbon dioxide partial pressure of less than 20 kPa (absolute pressure), and an operating temperature of more than 100°C; (iii) the oxygen concentration in a gas phase is less than 7 percent by volume; and (iv) the oxygen concentration in a liquid phase is less than 7×10 -5 g/g.
Knitting tool suitable for insertion into a groove of a bar of a warp knitting machine, with an elongated metallic knitting element which has a functional section and a shank section , wherein the knitting tool has a plurality of knitting elements connected to one another, and wherein a connection piece of the knitting tool is arranged between adjacent knitting elements of the knitting tool in each case in alignment with the knitting elements , said connecting piece spacing the knitting elements apart from one another and connecting them to one another in a materially locking manner, characterized in that the connecting piece between the adjacent knitting elements is arranged completely above a lower sixth of the knitting elements , the lower sixth of the knitting elements being arranged on the knitting elements in each case opposite to the functional section.
A biometric authentication device comprising: a biometric authentication sensor configured to be brought into contact with any finger of a hand and acquire biometric authentication information from the finger; a housing accommodating the biometric authentication sensor , including an opening exposing the biometric authentication sensor to a part of an outer surface, and configured to be held by the fingers of the hand, the housing having a cubic shape that can be fitted into a sphere having a diameter of 7 cm; a battery provided in the housing ; and a power supply circuit configured to start supply of power from the battery by the biometric authentication sensor being pressed down in a state where the finger is in contact with the biometric authentication sensor ; wherein a groove is provided in the housing , the groove 22 being provided in one surface of the four surfaces adjacent to a surface with the opening where the biometric authentication sensor is exposed. a biometric authentication sensor configured to be brought into contact with any finger of a hand and acquire biometric authentication information from the finger; a housing accommodating the biometric authentication sensor , including an opening exposing the biometric authentication sensor to a part of an outer surface, and configured to be held by the fingers of the hand, the housing having a cubic shape that can be fitted into a sphere having a diameter of 7 cm; a battery provided in the housing ; and a power supply circuit configured to start supply of power from the battery by the biometric authentication sensor being pressed down in a state where the finger is in contact with the biometric authentication sensor ; wherein a groove is provided in the housing , the groove 22 being provided in one surface of the four surfaces adjacent to a surface with the opening where the biometric authentication sensor is exposed.
An apparatus for cooling liquids, comprising: a tank and cooling flasks ; wherein said tank has a circumferential wall comprising two longitudinal walls and two lateral walls , said tank further comprising a bottom and a top opening ; wherein each of said cooling flasks has a first wall section that faces a first wall section of an adjacent cooling flask, a second wall section that faces the circumferential wall of the tank , and a bottom ; wherein said cooling flasks are designed to contain coolant material; wherein the first wall section , the second wall section and the bottom of each of said cooling flasks each have at least one protrusion smaller than 2.5 millimeters; wherein the cooling flasks are designed to be set within the tank in such a way that said protrusions create gaps smaller than 2.5 millimeters between each two adjacent cooling flasks , between said bottoms of said cooling flasks and said bottom of said tank and between said second wall sections of said cooling flasks and said longitudinal walls of said tank , wherein said gaps constitute a single cooling space ; wherein a total volume of the cooling flasks is three times greater or more than a total volume of the single cooling space ; and whereby when a user pours hot water into the single cooling space then the coolant material within said cooling flasks absorbs heat from said hot water. wherein said tank has a circumferential wall comprising two longitudinal walls and two lateral walls , said tank further comprising a bottom and a top opening ; wherein each of said cooling flasks has a first wall section that faces a first wall section of an adjacent cooling flask, a second wall section that faces the circumferential wall of the tank , and a bottom ; wherein said cooling flasks are designed to contain coolant material; wherein the first wall section , the second wall section and the bottom of each of said cooling flasks each have at least one protrusion smaller than 2.5 millimeters; wherein the cooling flasks are designed to be set within the tank in such a way that said protrusions create gaps smaller than 2.5 millimeters between each two adjacent cooling flasks , between said bottoms of said cooling flasks and said bottom of said tank and between said second wall sections of said cooling flasks and said longitudinal walls of said tank , wherein said gaps constitute a single cooling space ; wherein a total volume of the cooling flasks is three times greater or more than a total volume of the single cooling space ; and whereby when a user pours hot water into the single cooling space then the coolant material within said cooling flasks absorbs heat from said hot water.
A magnetic resonance imaging apparatus , comprising: a magnet situated to establish an axial magnetic field in a specimen; a plurality of coils (100-112) situated to apply electromagnetic pulse sequences to the specimen; a receiver situated to detect electromagnetic signals from the specimen in response to the applied electromagnetic pulse sequences; and a controller coupled to the plurality of coils (100-112) so as to selectively apply the electromagnetic pulse sequences and to the receiver to store signal values associated with the detected signals for a plurality of specimen voxels, said controller being configured to: acquire a magnetic resonance imaging signal associated with a plurality of chemical shifts for a plurality of voxels at a plurality of times; arrange the magnetic resonance imaging signal as a data tensor; characterized in that the controller is further configured to obtain a Tucker decomposition of the data tensor; and spectrally, spatially or temporally rank reduce the Tucker decomposition to produce spectrally, spatially or temporally denoised voxel data for each of the plurality of voxels. a magnet situated to establish an axial magnetic field in a specimen; a plurality of coils (100-112) situated to apply electromagnetic pulse sequences to the specimen; a receiver situated to detect electromagnetic signals from the specimen in response to the applied electromagnetic pulse sequences; and a controller coupled to the plurality of coils (100-112) so as to selectively apply the electromagnetic pulse sequences and to the receiver to store signal values associated with the detected signals for a plurality of specimen voxels, said controller being configured to: acquire a magnetic resonance imaging signal associated with a plurality of chemical shifts for a plurality of voxels at a plurality of times; arrange the magnetic resonance imaging signal as a data tensor; characterized in that the controller is further configured to obtain a Tucker decomposition of the data tensor; and spectrally, spatially or temporally rank reduce the Tucker decomposition to produce spectrally, spatially or temporally denoised voxel data for each of the plurality of voxels.