mhurhangee/patent-ind-claim-en huggingface dataset:
A polyorganosiloxane having both aliphatically unsaturated groups and poly(meth)acrylate groups, wherein the polyorganosiloxane comprises unit formula: [R 3 w (R 5 -S-R")(OR 4 ) (2-w) Si-O 1/2 ] p [R 3 v (R 5 -S-R")(OR 4 ) (1-v) Si-O 2/2 ] q [(R 5 -S-R")Si-O 3/2 ] k (R 6 R 7 2 SiO- 1/2 ) r (R 7 2 SiO 2/2 ) s (R 6 R 7 SiO 2/2 ) t (R 7 3 SiO- 1/2 ) u , where each subscript w is independently 0, 1, or 2, each subscript v is independently 0 or 1, each R 3 is an independently selected monovalent hydrocarbon group; each R 4 is an independently selected alkyl group; each R 5 is an independently selected divalent hydrocarbon group, each R" is independently a (meth)acrylate polymer or copolymer, each R 6 is an independently selected aliphatically unsaturated monovalent hydrocarbon group, each R 7 is an independently selected monovalent hydrocarbon group free of aliphatic unsaturation, subscript p ≥ 0, subscript q ≥ 0, subscript k ≥ 0, a quantity (p + q + k) ≥ 1, subscript r ≥ 0, subscript s ≥ 0, subscript t ≥ 0, subscript u ≥ 0, a quantity (r + t) ≥ 1, and a quantity (p + q + k + r + s + t + u) is sufficient to provide a molecular weight of at least 50 kDa to the polyorganosiloxane.
Electromotive adjusting device for a piece of furniture, in particular a piece of table furniture, having at least one drive unit for adjusting a movable furniture part , having a control device for actuating the at least one drive unit, wherein the control device is set up for fastening to the movable furniture part , and wherein a sensor is arranged inside a housing of the control device in order to detect deformation of the furniture part and to switch off the drive unit when deformation is detected, wherein at least one transmission element is provided which is in contact with the furniture part and transmits a deformation of the furniture part to the sensor , wherein a section of the housing is formed as a transmission section and is provided with a sensing element which is in contact with the furniture part , characterized in that the sensor is arranged directly on a printed circuit board in the housing of the control device , wherein the printed circuit board also comprises control elements for actuating the at least one drive unit.
A battery holder assembly comprising a first housing component , a second housing component , and a battery receptacle , wherein the first housing component comprises the battery receptacle , the battery receptacle comprises a plurality of flexible arms that support a battery, the second housing component comprises a plurality of crush ribs , and the first housing component is coupled to the second housing component , wherein the crush ribs are crushed by the flexible arms when the first housing component and the second housing component are coupled. the first housing component comprises the battery receptacle , the battery receptacle comprises a plurality of flexible arms that support a battery, the second housing component comprises a plurality of crush ribs , and the first housing component is coupled to the second housing component , wherein the crush ribs are crushed by the flexible arms when the first housing component and the second housing component are coupled.
An apparatus for heating or cooling a material to be heated or to be cooled, the apparatus comprising: a first compartment for containing the material to be heated or to be cooled; a second compartment containing a phase change material, wherein the phase change material is either for generating heat to heat the first compartment or absorbing heat to cool the first compartment when undergoing a phase change; and an activating arrangement comprising a phase change activating agent and a barrier that separates the phase change activating agent from the phase change material, wherein the activating arrangement is configured to cause the barrier to rupture when operated so that the phase change activating agent can contact the phase change material in order to activate a change of phase of the phase change material characterised in that the barrier is configured to re-seal after being ruptured. a first compartment for containing the material to be heated or to be cooled; a second compartment containing a phase change material, wherein the phase change material is either for generating heat to heat the first compartment or absorbing heat to cool the first compartment when undergoing a phase change; and an activating arrangement comprising a phase change activating agent and a barrier that separates the phase change activating agent from the phase change material, wherein the activating arrangement is configured to cause the barrier to rupture when operated so that the phase change activating agent can contact the phase change material in order to activate a change of phase of the phase change material characterised in that the barrier is configured to re-seal after being ruptured.
An overload impact-resistant planetary reducer, wherein the overload impact-resistant planetary reducer comprises an outer tooth portion of a planetary gear made of a rigid material and a buffer layer assembled on an inner side of the outer tooth portion and capable of being elastically deformed; the buffer layer is made of a material having certain rigidity and capable of being elastically deformed under an impact force, and is coaxially nested with the outer tooth portion to form a reducer component which is the planetary gear capable of preventing overload impact, wherein in a case that the outer tooth portion is subjected to an impact force, the buffer layer is configured to generate deformation, causing the outer tooth portion to displace relative to a planetary gear shaft ; and in a case that the impact force on the outer tooth portion disappears, the deformation of the buffer layer is configured to disappear, causing the outer tooth portion to reset relative to the planetary gear shaft , characterized in that the buffer layer is provided with at least one deformation through hole capable of being deformed by the impact force; the deformation through hole being capable of generating elastic deformation in a case of being subjected to the impact force, and in that the buffer layer includes rubber, silica gel, plastic and polyurethane. the buffer layer is made of a material having certain rigidity and capable of being elastically deformed under an impact force, and is coaxially nested with the outer tooth portion to form a reducer component which is the planetary gear capable of preventing overload impact, wherein in a case that the outer tooth portion is subjected to an impact force, the buffer layer is configured to generate deformation, causing the outer tooth portion to displace relative to a planetary gear shaft ; and in a case that the impact force on the outer tooth portion disappears, the deformation of the buffer layer is configured to disappear, causing the outer tooth portion to reset relative to the planetary gear shaft , characterized in that the buffer layer is provided with at least one deformation through hole capable of being deformed by the impact force; the deformation through hole being capable of generating elastic deformation in a case of being subjected to the impact force, and in that the buffer layer includes rubber, silica gel, plastic and polyurethane.
A wafer flipping method for use in semiconductor processing of semiconductor work products of a plurality of predetermined sizes, the method comprising: receiving a semiconductor work product of a first predetermined size in a rotating assembly when in a first unrotated position, the rotating assembly having a plurality of retractable pins each one of said retractable pins corresponding to a respective predetermined size; gripping the semiconductor work product in the assembly at a first rotation position; selecting the one of said retractable pins corresponding to said first predetermined size; aligning the semiconductor work product in the assembly using said selected retractable pin ; rotating the assembly with the semiconductor work product thereon into a second, rotated, position; releasing the semiconductor work product from said second, rotated, position. receiving a semiconductor work product of a first predetermined size in a rotating assembly when in a first unrotated position, the rotating assembly having a plurality of retractable pins each one of said retractable pins corresponding to a respective predetermined size; gripping the semiconductor work product in the assembly at a first rotation position; selecting the one of said retractable pins corresponding to said first predetermined size; aligning the semiconductor work product in the assembly using said selected retractable pin ; rotating the assembly with the semiconductor work product thereon into a second, rotated, position; releasing the semiconductor work product from said second, rotated, position.
An instrument set for inserting an articulating intervertebral prosthesis into a space between two adjacent vertebrae, the set comprising: a prosthesis grasping device configured to grasp two endplates of the prosthesis , thereby constraining the prosthesis such that the endplates are prevented from articulating about a core of the prosthesis , and hold the prosthesis endplates stationary with respect to one another while pushing the prosthesis into the space; and at least one prosthesis pusher device configured for engaging and pushing the endplates of the unconstrained prosthesis into the space, wherein the endplates of the unconstrained prosthesis are free to articulate about the core to help the prosthesis conform to the space between the two vertebrae, wherein the pusher device comprises: an elongate shaft 152 having a proximal end and a distal end; a rigid concave pusher portion disposed at the distal end of the elongate shaft, the rigid concave pusher portion adapted to push the endplates into the space; and a handle disposed at the proximal end of the elongate shaft wherein the prosthesis grasping device and the pusher device are configured to be used in separate steps for inserting the prosthesis into the space between two adjacent vertebrae. a prosthesis grasping device configured to grasp two endplates of the prosthesis , thereby constraining the prosthesis such that the endplates are prevented from articulating about a core of the prosthesis , and hold the prosthesis endplates stationary with respect to one another while pushing the prosthesis into the space; and at least one prosthesis pusher device configured for engaging and pushing the endplates of the unconstrained prosthesis into the space, wherein the endplates of the unconstrained prosthesis are free to articulate about the core to help the prosthesis conform to the space between the two vertebrae, an elongate shaft 152 having a proximal end and a distal end; a rigid concave pusher portion disposed at the distal end of the elongate shaft, the rigid concave pusher portion adapted to push the endplates into the space; and a handle disposed at the proximal end of the elongate shaft
A hydraulic device for a rail vehicle having a tank region for a hydraulic fluid, a motor with a pump for pumping the hydraulic fluid, a hydraulic connection panel for providing hydraulic fluid paths and receiving hydraulic components , and a control region for actuating the hydraulic components , - the tank region and the control region being arranged on opposite sides of the hydraulic connection panel , and - the motor being arranged together with the pump on one side of the hydraulic connection panel , characterised in that - the hydraulic device further comprises a holding structure for holding the motor and the pump and that the holding structure is held in the tank region and coupled to the hydraulic connection panel , - the motor and the pump being held independently of the hydraulic connection panel by the holding structure rather than being coupled directly with the hydraulic connection panel . - the tank region and the control region being arranged on opposite sides of the hydraulic connection panel , and - the motor being arranged together with the pump on one side of the hydraulic connection panel , characterised in that - the hydraulic device further comprises a holding structure for holding the motor and the pump and that the holding structure is held in the tank region and coupled to the hydraulic connection panel , - the motor and the pump being held independently of the hydraulic connection panel by the holding structure rather than being coupled directly with the hydraulic connection panel .
A component supply device comprising: a stage configured such that electronic components are scattered on the stage ; a contacting section configured as a scraper provided along the upper surface of the stage at a height adapted to contact and catch the electronic components on the stage ; a slide device configured to relatively slide the stage and the contacting section ; a dropping opening in front of the stage , the dropping opening configured to allow the electronic components scattered on the stage that have been caught by the contacting section to drop in accordance with the relative movement of the stage and the contacting section by the slide device ; and a wall provided at a side of the dropping opening opposite to a side at which the electronic components scattered on the stage drop, wherein the contacting section is provided to extend in a direction perpendicular to a sliding direction by the slide device , characterized in that at least a portion of the contacting section is inclined with respect to the direction perpendicular to the sliding direction. a stage configured such that electronic components are scattered on the stage ; a contacting section configured as a scraper provided along the upper surface of the stage at a height adapted to contact and catch the electronic components on the stage ; a slide device configured to relatively slide the stage and the contacting section ; a dropping opening in front of the stage , the dropping opening configured to allow the electronic components scattered on the stage that have been caught by the contacting section to drop in accordance with the relative movement of the stage and the contacting section by the slide device ; and a wall provided at a side of the dropping opening opposite to a side at which the electronic components scattered on the stage drop, wherein the contacting section is provided to extend in a direction perpendicular to a sliding direction by the slide device , characterized in that at least a portion of the contacting section is inclined with respect to the direction perpendicular to the sliding direction.
A modular radio-frequency identification, RFID, device comprising: a modular circuit pad comprising a processing circuit to process data, the processing circuit disposed on a surface of the modular circuit pad and comprising a plurality of circuit electrical contacts ; a modular transmission pad configured to be connected to a body part of a user and comprising a transmission circuit to transmit the data, the transmission circuit disposed on a surface of the modular transmission pad and comprising a plurality of transmission electrical contacts , wherein the plurality of transmission electrical contacts are detachably connected to the plurality of circuit electrical contacts ; and a device connecting layer that comprises a transmission connecting layer and a circuit connecting layer; wherein the transmission connecting layer is disposed on a transmission substrate of the modular transmission pad , is separated from the plurality of transmission electrical contacts , and is an adhesive layer or a magnetic layer; wherein the circuit connecting layer is disposed on a circuit substrate of the modular circuit pad , is separated from the plurality of circuit electrical contacts and is an adhesive layer or a magnetic layer; and wherein the device connecting layer is configured to detachably attach the modular circuit pad with the modular transmission pad . a modular circuit pad comprising a processing circuit to process data, the processing circuit disposed on a surface of the modular circuit pad and comprising a plurality of circuit electrical contacts ; a modular transmission pad configured to be connected to a body part of a user and comprising a transmission circuit to transmit the data, the transmission circuit disposed on a surface of the modular transmission pad and comprising a plurality of transmission electrical contacts , wherein the plurality of transmission electrical contacts are detachably connected to the plurality of circuit electrical contacts ; and a device connecting layer that comprises a transmission connecting layer and a circuit connecting layer; wherein the transmission connecting layer is disposed on a transmission substrate of the modular transmission pad , is separated from the plurality of transmission electrical contacts , and is an adhesive layer or a magnetic layer; wherein the circuit connecting layer is disposed on a circuit substrate of the modular circuit pad , is separated from the plurality of circuit electrical contacts and is an adhesive layer or a magnetic layer; and wherein the device connecting layer is configured to detachably attach the modular circuit pad with the modular transmission pad .
A magnetic logic device , comprising: an input electrode comprising a first elliptic cross section nanomagnet ; an output electrode comprising a second elliptic cross section nanomagnet , the spins of the second elliptic cross section nanomagnet non-collinear with the spins of the first elliptic cross section nanomagnet ; and a channel region and corresponding ground electrode disposed between the input and output electrodes ; wherein an area of overlap of the first elliptic cross section nanomagnet with the channel region is larger than an area of overlap of the second elliptic cross section nanomagnet with the channel region ; and wherein the nanomagnets comprise magnetic material being patterned to direct magnetization of the first and second elliptic cross section nanomagnet along the major axis of the respective ellipsis. an input electrode comprising a first elliptic cross section nanomagnet ; an output electrode comprising a second elliptic cross section nanomagnet , the spins of the second elliptic cross section nanomagnet non-collinear with the spins of the first elliptic cross section nanomagnet ; and a channel region and corresponding ground electrode disposed between the input and output electrodes ; wherein an area of overlap of the first elliptic cross section nanomagnet with the channel region is larger than an area of overlap of the second elliptic cross section nanomagnet with the channel region ; and wherein the nanomagnets comprise magnetic material being patterned to direct magnetization of the first and second elliptic cross section nanomagnet along the major axis of the respective ellipsis.
A discogenic cell population comprising: a plurality of nucleus pulposus cells derived from mammalian disc tissue and grown in vitro in anchorage independent culture, wherein the discogenic cell population increases expression, as measured by RT-PCR, of aggrecan at least 5.5-fold and collagen 2a at least 6.5-fold after 3 days in culture than the cells on day 0, grown in anchorage dependent culture, and less than about 40% of the population expresses the cell surface markers CD24 and CD105, as measured by fluorescence-activated cell sorting.
Method for determining the decline time of a luminescence signal of a region of interest of a sample comprising the following steps: - Excitation of said region of interest using a time slot-modulated laser source at a given frequency; - Spectral separation of the luminescence signal emitted by said region of interest into a plurality of luminescence signals each associated with a given wavelength, so-called single-wavelength signals; - Transmission of said single-wavelength signals to a linear sensor comprising a plurality of single-sensors arranged linearly, each one of said single-sensors being suitable for receiving one of said single-wavelength signals; - Determination of the average intensity of each one of said single-wavelength signals received by the linear sensor ; the preceding steps were repeated for a plurality of modulation frequencies of the laser source , the method further comprising a step of determining decline times of the luminescence signal of the region of interest , each decline time being determined, for a given wavelength, from the change in the average intensity of the single-wavelength signal at said wavelength according to the modulation frequency of the laser. - Excitation of said region of interest using a time slot-modulated laser source at a given frequency; - Spectral separation of the luminescence signal emitted by said region of interest into a plurality of luminescence signals each associated with a given wavelength, so-called single-wavelength signals; - Transmission of said single-wavelength signals to a linear sensor comprising a plurality of single-sensors arranged linearly, each one of said single-sensors being suitable for receiving one of said single-wavelength signals; - Determination of the average intensity of each one of said single-wavelength signals received by the linear sensor ;
A golf tee aid comprising an elastic connector between the golf tee and the anchoring device, the connector has, at one end, a golf tee attachment loop for the golf tee , and at the other end of the elastic cord , there is an anchoring loop for the anchoring tee , configured in a way that: - at the end of the connector is a thickening and a thickening loop , wherein a fastening device is formed by passing the thickening through the thickening loop ; - a fastening aid is attached to the fastening device for connecting the connector to a weight-bearing, standalone anchoring device ; - the fastening aid can be detached from the connector and the anchoring device with weight; - the anchoring device with weight is a standalone object separate from the elastic cord ; - the golf tee attachment loop , anchoring loop , thickening , thickening loop , and fastening device are all elastic; - the golf tee attachment loop and anchoring loop are adaptable to tees of different lengths and thicknesses. - at the end of the connector is a thickening and a thickening loop , wherein a fastening device is formed by passing the thickening through the thickening loop ; - a fastening aid is attached to the fastening device for connecting the connector to a weight-bearing, standalone anchoring device ; - the fastening aid can be detached from the connector and the anchoring device with weight; - the anchoring device with weight is a standalone object separate from the elastic cord ; - the golf tee attachment loop , anchoring loop , thickening , thickening loop , and fastening device are all elastic; - the golf tee attachment loop and anchoring loop are adaptable to tees of different lengths and thicknesses.