mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical blade assembly for a surgical saw , the surgical blade assembly comprising: a blade comprising a body portion having a proximal end , a distal end , and a length between the proximal and distal ends , with the body portion having opposed top and bottom surfaces and opposed first and second side surfaces between the top and bottom surfaces , and the blade having one or more teeth that extend outwardly from at least one of the top and bottom surfaces of the body portion ; and a reinforcing member comprising a body portion having a proximal end , a distal end , and a length that extends between the proximal and distal ends , and the reinforcing member comprising a first arm extending from the distal end of the body portion of the reinforcing member and a second arm extending from the distal end of the body portion of the reinforcing member and being spaced from the first arm to define a receiving portion configured to receive the proximal end of the body portion of the blade , wherein the first and second arms are configured to abut the first and second side surfaces of the body portion of the blade to act as a strut to reinforce the blade when the receiving portion receives the proximal end of the body portion of the blade , characterized in that the blade and the reinforcing member are perpendicular to each other when the receiving portion receives the proximal end of the body portion of the blade . a blade comprising a body portion having a proximal end , a distal end , and a length between the proximal and distal ends , with the body portion having opposed top and bottom surfaces and opposed first and second side surfaces between the top and bottom surfaces , and the blade having one or more teeth that extend outwardly from at least one of the top and bottom surfaces of the body portion ; and a reinforcing member comprising a body portion having a proximal end , a distal end , and a length that extends between the proximal and distal ends , and the reinforcing member comprising a first arm extending from the distal end of the body portion of the reinforcing member and a second arm extending from the distal end of the body portion of the reinforcing member and being spaced from the first arm to define a receiving portion configured to receive the proximal end of the body portion of the blade , wherein the first and second arms are configured to abut the first and second side surfaces of the body portion of the blade to act as a strut to reinforce the blade when the receiving portion receives the proximal end of the body portion of the blade , characterized in that the blade and the reinforcing member are perpendicular to each other when the receiving portion receives the proximal end of the body portion of the blade .
Compactor assembly for compacting containers , the compactor assembly having: - a support frame for supporting a compactor , wherein the support frame has a plurality of hollow profiles ; - the compactor ; - a plurality of post elements for setting up the support frame on a hard surface, wherein one post element of the plurality of post elements is in each case inserted through one hollow profile of the plurality of hollow profiles ; - wherein the plurality of hollow profiles and the plurality of post elements are specified in such a manner that the plurality of post elements for lifting the support frame to a predefined height can be moved through the plurality of hollow profiles ; - a connection structure for connecting the support frame to the plurality of post elements in such a manner that the support frame on the post elements is supported at the predefined height; and - a lifting device which is specified in such a manner that a force for lifting the support frame is transmitted between the support frame and the plurality of post elements , characterized in that the connection structure fixes the respective post element in the respective hollow profile . - a support frame for supporting a compactor , wherein the support frame has a plurality of hollow profiles ; - the compactor ; - a plurality of post elements for setting up the support frame on a hard surface, wherein one post element of the plurality of post elements is in each case inserted through one hollow profile of the plurality of hollow profiles ; - wherein the plurality of hollow profiles and the plurality of post elements are specified in such a manner that the plurality of post elements for lifting the support frame to a predefined height can be moved through the plurality of hollow profiles ; - a connection structure for connecting the support frame to the plurality of post elements in such a manner that the support frame on the post elements is supported at the predefined height; and - a lifting device which is specified in such a manner that a force for lifting the support frame is transmitted between the support frame and the plurality of post elements ,
An eye tracking system comprising: a pupil sensing unit sensing a pupil of a user by at least one sensor embedded in smart glasses; a display unit including smart lenses to which a plurality of target objects is floated; an eye tracking unit tracking an eye through at least one sensor and acquiring eye state information of the user for the plurality of target objects; and an input unit performing an input after selecting a specific object in which the eye of the user stays for a predetermined time or more among the plurality of target objects as an input object based on the eye state information, an eye range setting unit setting an eye range of the user based on eye tracking data tracked from the eye tracking unit; wherein at least one of a size, a color, and a movement direction of the input object is changed based on the eye state information of the user, wherein the display unit floats more target objects to the eye range area than an area other than the eye range area. a pupil sensing unit sensing a pupil of a user by at least one sensor embedded in smart glasses; a display unit including smart lenses to which a plurality of target objects is floated; an eye tracking unit tracking an eye through at least one sensor and acquiring eye state information of the user for the plurality of target objects; and an input unit performing an input after selecting a specific object in which the eye of the user stays for a predetermined time or more among the plurality of target objects as an input object based on the eye state information, an eye range setting unit setting an eye range of the user based on eye tracking data tracked from the eye tracking unit; wherein at least one of a size, a color, and a movement direction of the input object is changed based on the eye state information of the user, wherein the display unit floats more target objects to the eye range area than an area other than the eye range area.
A connector for lighting devices (D) including a planar support with at least one electrical contact formation at an edge of the planar support , the connector including: - a fork-shaped shell with a notch coupleable with said planar support edge with said planar support edge configured to be inserted in said notch , and - electrical contact means on at least one side, and preferably on both sides, of said notch for providing electrical contact with the at least one electrical contact formation on said edge configured to be inserted in said notch , wherein said electrical contact means include resilient electrical contact means for clamping said planar support edge configured to be inserted in said notch , the connector characterized in that it includes a plug element comprising at least one penetrating member , and wherein the fork-shaped shell comprises a cavity for receiving the penetrating member , whereby the penetrating member is insertable into the fork-shaped shell by traversing the edge of the planar support configured to be received in the notch , thereby achieving a firm mechanical coupling, adapted to retain said connector on said planar support edge. - a fork-shaped shell with a notch coupleable with said planar support edge with said planar support edge configured to be inserted in said notch , and - electrical contact means on at least one side, and preferably on both sides, of said notch for providing electrical contact with the at least one electrical contact formation on said edge configured to be inserted in said notch , wherein said electrical contact means include resilient electrical contact means for clamping said planar support edge configured to be inserted in said notch ,
Method for manufacturing an electrode assembly for a battery cell , whereat an adhesive layer is applied on a continuous first separator sheet and on a continuous second separator sheet , segments of a first electrode are placed on said adhesive layer, between the continuous first separator sheet and the continuous second separator sheet ; segments of the second electrode are placed on said adhesive layer, on an opposite side of the first separator sheet in respect of the segments of the first electrode and on an opposite side of the second separator sheet in respect of the segments of the first electrode , alternately on the first separator sheet and on the second separator sheet such that a tape element is formed; and the tape element is folded such that the segments of the first electrode and the segments of the second electrode are aligned in a stacking direction (z), whereat the segments of the first electrode are laminated between the first separator sheet and the second separator sheet by using a heat pressing roll which presses on the first separator sheet or on the second separator sheet . segments of a first electrode are placed on said adhesive layer, between the continuous first separator sheet and the continuous second separator sheet ; segments of the second electrode are placed on said adhesive layer, on an opposite side of the first separator sheet in respect of the segments of the first electrode and on an opposite side of the second separator sheet in respect of the segments of the first electrode , alternately on the first separator sheet and on the second separator sheet such that a tape element is formed; and the tape element is folded such that the segments of the first electrode and the segments of the second electrode are aligned in a stacking direction (z), whereat the segments of the first electrode are laminated between the first separator sheet and the second separator sheet by using a heat pressing roll which presses on the first separator sheet or on the second separator sheet .
A patient support apparatus comprising a frame and a support surface cooperating to support a patient, a sensor coupled to one of the frame and the support surface , the sensor configured to provide an input signal indicative of usage of the support surface by the patient, and a controller coupled to the sensor and including a processor and memory, the controller configured to receive the input signal and determine whether the support surface should be replaced based on the input signal, characterized in that the support surface has a predetermined useful life, and the controller is configured to determine usage of the support surface that has occurred over a predetermined time period based on the input signal, predict usage of the support surface over the predetermined useful life based on the usage determined over the predetermined time period, and determine whether the support surface should be replaced based on the predicted usage.
A method for rearing beetles, preferably beetles selected from the following species: Tenebrio molitor, Alphitobus diaperinus, for preparing a beetle powder including a percentage by weight of vitamin D3 greater than or equal to at least 0.000010%, said percentage by weight being given on the total weight of beetle powder, characterised in that it includes a light treatment phase during which a UV source emits ultraviolet rays of the UVB type whose wavelength is comprised between 280 nm and 320 nm, and/or of the UVA type whose wavelength is comprised between 320 nm and 400 nm towards the beetles during the larval stage, in that the light treatment phase has a treatment duration comprised between one and six weeks, preferably between two and four weeks, and in that said UV source has a radiation power comprised 13 and 125 Watt, preferably between 20 and 50 Watts.
A machine for making an individual drink, comprising: - a pressure source ; - a store defining a plurality of housings ; - a plurality of removable containers each immobilized, in a service position, in a respective housing, each container including - a receptacle containing an ingredient and having a wall more than 1 mm thick and an interior volume of more than 0.1 liter, and - an upstream emptying valve allowing said ingredient to be caused to exit to the outside of the receptacle by an increased pressure generated inside said receptacle by said pressure source; - a chamber to receive the ingredients extracted from said containers, via the said upstream emptying one-way valves, because of said increased pressure, so as to make said drink; - a control module able to command said increased pressures in said containers as a function of a desired composition for said drink, in which machine each housing includes an emptying coupler via which the ingredient of the container immobilized in said housing can be extracted from said container, said emptying coupler opening, in the downstream direction, directly into a funnel defined by said chamber. - a pressure source ; - a store defining a plurality of housings ; - a plurality of removable containers each immobilized, in a service position, in a respective housing, each container including - a receptacle containing an ingredient and having a wall more than 1 mm thick and an interior volume of more than 0.1 liter, and - an upstream emptying valve allowing said ingredient to be caused to exit to the outside of the receptacle by an increased pressure generated inside said receptacle by said pressure source; - a receptacle containing an ingredient and having a wall more than 1 mm thick and an interior volume of more than 0.1 liter, and - an upstream emptying valve allowing said ingredient to be caused to exit to the outside of the receptacle by an increased pressure generated inside said receptacle by said pressure source; - a chamber to receive the ingredients extracted from said containers, via the said upstream emptying one-way valves, because of said increased pressure, so as to make said drink; - a control module able to command said increased pressures in said containers as a function of a desired composition for said drink,
Rubber composition based on at least one diene elastomer of the highly unsaturated type, a reinforcing filler and at least one phenolic compound of general formula (I) in which: - G 1 represents a hydroxyl, carboxyl or alkoxy group or a hydrogen atom; - G 2 represents a hydroxyl group or a hydrogen atom; - G 3 represents a hydroxyl, carboxyl, hydrogenocarbonyl, carboxyalkyl, amino or aminoalkyl group or a hydrogen atom; at least one of the substituents G 1 to G 3 comprising an oxygen atom, the molar mass of said phenolic compound being at most equal to 1000 g/mol, said composition being free of molecular sulfur or comprising less than 1 phr thereof. - G 1 represents a hydroxyl, carboxyl or alkoxy group or a hydrogen atom; - G 2 represents a hydroxyl group or a hydrogen atom; - G 3 represents a hydroxyl, carboxyl, hydrogenocarbonyl, carboxyalkyl, amino or aminoalkyl group or a hydrogen atom;
An electrolyte layer-anode composite member comprising: an anode including a first metal oxide having a perovskite crystal structure; and a solid electrolyte layer including a second metal oxide having a perovskite crystal structure, the anode including at least one of nickel and a nickel compound, the anode having a sheet-like shape, the solid electrolyte layer having a sheet-like shape, the solid electrolyte layer being stacked on the anode, the anode having a thickness Ta of 900 μm or more and 1200 μm or less, the thickness Ta (μm) of the anode and the diameter Da (cm) of the anode satisfy a relation of 70≤Ta/Da≤150. an anode including a first metal oxide having a perovskite crystal structure; and a solid electrolyte layer including a second metal oxide having a perovskite crystal structure, the anode including at least one of nickel and a nickel compound, the anode having a sheet-like shape, the solid electrolyte layer having a sheet-like shape, the solid electrolyte layer being stacked on the anode, the anode having a thickness Ta of 900 μm or more and 1200 μm or less, the thickness Ta (μm) of the anode and the diameter Da (cm) of the anode satisfy a relation of 70≤Ta/Da≤150.
1. An automated trailer coupling arrangement , comprising: a receiver member configured to be supported on a towed vehicle and including a first pneumatic coupler and a first electrical coupler ; a shuttle member including a second pneumatic coupler configured to couple to a pneumatic supply source of a towing vehicle, and a second electrical coupler configured to couple to an electrical supply source of the towing vehicle; and a control arm assembly configured to be supported on a towing vehicle, comprising: a carrier member configured to operably couple and uncouple with the shuttle member ; an actuator coupled to the carrier member and configured to move the carrier member between a first position where the carrier member is coupled with the shuttle member and the shuttle member is spaced from the receiver member , and a second position where the second pneumatic coupler is coupled with the first pneumatic coupler and the second electrical coupler is coupled with the first electrical coupler and the carrier member is uncoupled and spaced from the shuttle member ; characterized in that the control arm assembly includes a four-bar linkage assembly . a receiver member configured to be supported on a towed vehicle and including a first pneumatic coupler and a first electrical coupler ; a shuttle member including a second pneumatic coupler configured to couple to a pneumatic supply source of a towing vehicle, and a second electrical coupler configured to couple to an electrical supply source of the towing vehicle; and a control arm assembly configured to be supported on a towing vehicle, comprising: a carrier member configured to operably couple and uncouple with the shuttle member ; an actuator coupled to the carrier member and configured to move the carrier member between a first position where the carrier member is coupled with the shuttle member and the shuttle member is spaced from the receiver member , and a second position where the second pneumatic coupler is coupled with the first pneumatic coupler and the second electrical coupler is coupled with the first electrical coupler and the carrier member is uncoupled and spaced from the shuttle member ; characterized in that the control arm assembly includes a four-bar linkage assembly . a carrier member configured to operably couple and uncouple with the shuttle member ; an actuator coupled to the carrier member and configured to move the carrier member between a first position where the carrier member is coupled with the shuttle member and the shuttle member is spaced from the receiver member , and a second position where the second pneumatic coupler is coupled with the first pneumatic coupler and the second electrical coupler is coupled with the first electrical coupler and the carrier member is uncoupled and spaced from the shuttle member ; characterized in that the control arm assembly includes a four-bar linkage assembly .
A method of forming an image of a sample, the method comprising: focusing a beam of excitation light to a focal spot within the sample ; scanning the focal spot to different positions within the sample independently controlling angles of individual beamlets of the beam of excitation light when the focal spot is at the different positions , wherein the beam of excitation light is modulated with a wavefront modulating element that includes individual subregions that correspond to the individual beamlets ; and wherein within each individual subregion, profiles of phase values imparted by the subregion to the corresponding beamlet are controlled to induce a spatial gradient in the phase of the corresponding individual beamlet , wherein independently controlling angles of individual beamlets includes turning off individual beamlets while at least one other beamlet is on and imaging the sample to determine angles for the at least one other beamlet; independently controlling relative phases of the individual beamlets when the focal spot is at the different positions such that the individual beamlets interfere constructively with each other within the focal spot; detecting emission light emitted from the focal spot when the focal spot is at the different positions ; and generating an image of the sample based on the detected emission light from the different positions of the focal spot .
A laser medium for generating laser light, wherein the laser medium is in the form of a solid body, and wherein the laser medium comprises a light exit surface through which the laser light exits the laser medium during laser operation, wherein the light exit surface has a boundary which is defined by at least one bevel or groove; and wherein the laser medium comprises a host material and laser-active material embedded therein for stimulated emission of photons, wherein the host material is selected from the group of phosphate glasses; and wherein the laser medium has a cross-sectional area perpendicular to the longitudinal axis of at least 0.25 mm 2 and at most 1,000 mm 2 . and wherein the laser medium comprises a light exit surface through which the laser light exits the laser medium during laser operation, wherein the light exit surface has a boundary which is defined by at least one bevel or groove; and wherein the laser medium comprises a host material and laser-active material embedded therein for stimulated emission of photons, wherein the host material is selected from the group of phosphate glasses; and wherein the laser medium has a cross-sectional area perpendicular to the longitudinal axis of at least 0.25 mm 2 and at most 1,000 mm 2 .