mhurhangee/patent-ind-claim-en huggingface dataset:
An additively manufactured dental crown, comprising: a wall having a bottom edge ; and an occlusal portion joined with the wall opposite the bottom edge , the wall and the occlusal portion forming an interior surface and an opposing exterior surface, wherein a thinnest portion of the wall has a thickness of less than 300 microns, wherein the wall and the occlusal portion both comprise an additively manufacturable material, characterized in that the wall includes a first slot extending fully through the wall and joined with the bottom edge, and a second slot extending fully through the wall and joined with the first slot opposite the bottom edge. a wall having a bottom edge ; and an occlusal portion joined with the wall opposite the bottom edge , the wall and the occlusal portion forming an interior surface and an opposing exterior surface, wherein a thinnest portion of the wall has a thickness of less than 300 microns, wherein the wall and the occlusal portion both comprise an additively manufacturable material, characterized in that the wall includes a first slot extending fully through the wall and joined with the bottom edge, and a second slot extending fully through the wall and joined with the first slot opposite the bottom edge.
Differential assembly having a gear stage , wherein the gear stage comprises at least one input element and at least two output elements , wherein at least one output element is connected to at least one first electrical device , which is an electrical machine , in order to distribute torque, characterized in that the gear stage is designed as a magnetic three-shaft epicyclic gear train, and the magnetic three-shaft epicyclic gear train has an inner ring with a first number of pole pairs, an outer ring with a second number of pole pairs, and a central ring with a number of pole rods, wherein the pole rods are arranged in such a manner that they modulate a magnetic field between the pole pairs, and the inner ring has a greater number of pole pairs than the outer ring , and the outer ring is embodied as a differential shaft, and the electrical device is integrated in the gear stage via the outer ring by coils being arranged around the outer ring .
A valve comprising: a fluid block that comprises a process fluid inlet and a process fluid outlet , a valve plate that comprises an actuation fluid cavity , and a valve assembly disposed in an assembly cavity formed by said fluid block and said valve plate ; a valve cavity in said assembly cavity , said valve cavity formed between a diaphragm spacer and a valve seat in said assembly cavity ; a diaphragm assembly in said assembly cavity , said diaphragm assembly comprises a diaphragm and a boss , said diaphragm assembly secured by said diaphragm spacer and said fluid block in said assembly cavity and fluidly separating said valve cavity into a process fluid side and an actuation fluid side, characterised by a plunger in said assembly cavity , said plunger comprising a plunger cavity formed in a plunger stem , and a plunger fluid flow passage in said plunger , said plunger fluid flow passage fluidly connecting the actuation fluid cavity and plunger cavity ; said boss being coupled to said plunger stem through a central passage of the diaphragm spacer , said boss comprising a fluid flow passage formed therethrough that provides fluid communication between said actuation fluid cavity , said plunger cavity , and the actuation fluid side of said valve cavity . a fluid block that comprises a process fluid inlet and a process fluid outlet , a valve plate that comprises an actuation fluid cavity , and a valve assembly disposed in an assembly cavity formed by said fluid block and said valve plate ; a valve cavity in said assembly cavity , said valve cavity formed between a diaphragm spacer and a valve seat in said assembly cavity ; a diaphragm assembly in said assembly cavity , said diaphragm assembly comprises a diaphragm and a boss , said diaphragm assembly secured by said diaphragm spacer and said fluid block in said assembly cavity and fluidly separating said valve cavity into a process fluid side and an actuation fluid side, characterised by a plunger in said assembly cavity , said plunger comprising a plunger cavity formed in a plunger stem , and a plunger fluid flow passage in said plunger , said plunger fluid flow passage fluidly connecting the actuation fluid cavity and plunger cavity ; said boss being coupled to said plunger stem through a central passage of the diaphragm spacer , said boss comprising a fluid flow passage formed therethrough that provides fluid communication between said actuation fluid cavity , said plunger cavity , and the actuation fluid side of said valve cavity .
Method for producing bristle bundles for brushes or brooms, wherein at least one inner sub-bundle composed of bristle filaments of a first filament type and at least one outer sub-bundle composed of bristle filaments of a second filament type are combined to form a bristle bundle in such a way that the bristle filaments of the at least one outer sub-bundle outer circumferentially surround the bristle filaments of the at least one inner sub-bundle in a closed manner, characterized in that the at least one inner sub-bundle and the at least one outer sub-bundle are conveyed by means of compressed air and/or negative pressure via in each case a hollow line into in each case a collecting duct of a collecting plate , whereafter the sub-bundles are pushed through discharge openings and then combined to form a bristle bundle .
A device for protecting a plantar pad of a foot, comprising: a pad including a viscoelastic material, configured to be held on the skin of the plantar region, and to cover all the metatarsal heads and metatarsophalangeal joints of the foot, and an elastic strap attached to lateral edges of the pad, and comprising a transverse portion and a longitudinal portion forming a brace configured to pass between a big toe and an adjacent toe of the foot, the longitudinal portion having a distal edge fixed to a distal edge of the pad, the transverse portion having a distal edge delimiting, with the pad and a lateral edge of the longitudinal portion, an aperture for the passage of the second to fifth toes, wherein the distal edge of the transverse portion and the lateral edge have, in a unstretched flat state, rectilinear portions forming between them an angle (α) between 75 and 100°, the lateral edge has a length (L2) between 40 and 60% of the length (L1) of the distal edge of the transverse portion , and the length of the distal edge of the transverse portion is between 55 and 65% of the length of the transverse portion. a pad including a viscoelastic material, configured to be held on the skin of the plantar region, and to cover all the metatarsal heads and metatarsophalangeal joints of the foot, and an elastic strap attached to lateral edges of the pad, and comprising a transverse portion and a longitudinal portion forming a brace configured to pass between a big toe and an adjacent toe of the foot, the longitudinal portion having a distal edge fixed to a distal edge of the pad, the transverse portion having a distal edge delimiting, with the pad and a lateral edge of the longitudinal portion, an aperture for the passage of the second to fifth toes, wherein the distal edge of the transverse portion and the lateral edge have, in a unstretched flat state, rectilinear portions forming between them an angle (α) between 75 and 100°, the lateral edge has a length (L2) between 40 and 60% of the length (L1) of the distal edge of the transverse portion , and the length of the distal edge of the transverse portion is between 55 and 65% of the length of the transverse portion.
Oxygen production process of VSA type from a flow of air, using at least one group of at least 3 adsorbers installed in parallel and following the same VSA cycle comprising, in succession, a phase of adsorption at the high pressure of the cycle, a phase of desorption at pressures lower than the high pressure of the cycle, a phase of repressurization of the adsorber to the high pressure of the cycle, characterized in that , periodically or exceptionally: a) at least one adsorber of the group of adsorbers is isolated so as to no longer follow the pressure cycle, b) the adsorbent contained in the adsorber isolated in the step a) is regenerated by raising the temperature, and c) c)the adsorber regenerated in the step b) is re-incorporated in the group of adsorbers so as to once again follow the pressure cycle, with: - said process using removable means of connection to air flow, oxygen flow and residual flow circuits and removable adsorbers and - in the step a) the adsorber is isolated by displacement of said adsorber out of the unit formed by the group of at least 3 adsorbers, the process using at least 2 groups of at least 3 adsorbers with the groups each following, in offset fashion, the same VSA cycle. a) at least one adsorber of the group of adsorbers is isolated so as to no longer follow the pressure cycle, b) the adsorbent contained in the adsorber isolated in the step a) is regenerated by raising the temperature, and c) c)the adsorber regenerated in the step b) is re-incorporated in the group of adsorbers so as to once again follow the pressure cycle, - said process using removable means of connection to air flow, oxygen flow and residual flow circuits and removable adsorbers and - in the step a) the adsorber is isolated by displacement of said adsorber out of the unit formed by the group of at least 3 adsorbers,
A catalyst device comprising: a catalyst support that is formed by a thinned metal flat plate and a thinned metal corrugated plate being stacked and rolled and that supports a catalyst; and an outer cylinder that houses the catalyst support therein and supports the catalyst support with one end of the catalyst support made to face an upstream side of exhaust gas and another end of the catalyst support made to face a downstream side of the exhaust gas, wherein the flat plate and the corrugated plate include a plurality of holes , in a flat state in which the flat plate and the corrugated plate are not yet shaped into the catalyst support , the plurality of holes form a plurality of first lines by being aligned in a first direction (D1) that is parallel to a direction of an axis of the catalyst support and form a plurality of second lines by being aligned in a second direction (D2) that is orthogonal to the first direction (D1), of two adjacent second lines out of the plurality of second lines , the holes on one second line and the holes on the other second line overlap each other by portions when viewed from the second direction (D2), and wherein the holes contained in a given number of second lines counted from a side of the one end are larger in size than the holes contained in subsequent second lines following the given number of second lines . a catalyst support that is formed by a thinned metal flat plate and a thinned metal corrugated plate being stacked and rolled and that supports a catalyst; and an outer cylinder that houses the catalyst support therein and supports the catalyst support with one end of the catalyst support made to face an upstream side of exhaust gas and another end of the catalyst support made to face a downstream side of the exhaust gas, wherein the flat plate and the corrugated plate include a plurality of holes , in a flat state in which the flat plate and the corrugated plate are not yet shaped into the catalyst support , the plurality of holes form a plurality of first lines by being aligned in a first direction (D1) that is parallel to a direction of an axis of the catalyst support and form a plurality of second lines by being aligned in a second direction (D2) that is orthogonal to the first direction (D1), of two adjacent second lines out of the plurality of second lines , the holes on one second line and the holes on the other second line overlap each other by portions when viewed from the second direction (D2), and wherein the holes contained in a given number of second lines counted from a side of the one end are larger in size than the holes contained in subsequent second lines following the given number of second lines .
A compound selected from: Cmp No. Structure 233 238 242 243 244 245 249 259 260 263 264 268 270 271 275 276 278 282 294 295 296 301 302 304 or a pharmaceutically acceptable salt, hydrate, solvate, polymorph, optical isomer, Z (zusammen) isomer, E (entgegen) isomer, tautomer, or combination thereof.
A sensor device comprising: - a single strap including at least one sensor for measuring a physiological parameter at a volar side of a wrist of a human or animal body; and - a signal processing unit for processing a measurement output obtained from said at least one sensor ; wherein said strap is adapted to provide manually adjustable fastening to said signal processing unit at both ends of said strap at which it is fixed to the signal processing unit , characterised in that one end of said strap comprises a segmented portion with a predetermined segmented pattern for removing or adding strap pieces, and the other end of said strap comprises a series of holes to be adjustably fixed onto a knob portion mounted at the signal processing unit . - a single strap including at least one sensor for measuring a physiological parameter at a volar side of a wrist of a human or animal body; and - a signal processing unit for processing a measurement output obtained from said at least one sensor ; wherein said strap is adapted to provide manually adjustable fastening to said signal processing unit at both ends of said strap at which it is fixed to the signal processing unit , characterised in that one end of said strap comprises a segmented portion with a predetermined segmented pattern for removing or adding strap pieces, and the other end of said strap comprises a series of holes to be adjustably fixed onto a knob portion mounted at the signal processing unit . wherein said strap is adapted to provide manually adjustable fastening to said signal processing unit at both ends of said strap at which it is fixed to the signal processing unit , characterised in that one end of said strap comprises a segmented portion with a predetermined segmented pattern for removing or adding strap pieces, and the other end of said strap comprises a series of holes to be adjustably fixed onto a knob portion mounted at the signal processing unit .
A solar electric compound, comprising a plurality of lentil-shaped units of optical concentrators, each unit comprising a multitude of lenses (2-8) and one embedded solar converting photovoltaic chip , wherein in each unit the lenses (2-8) direct the impinging light onto the photovoltaic chip therein, wherein the single units and inter-connections inter-connecting the units are embedded in a flexible plastic matrix , wherein the inter-connections consist of metal tape conductors cut into bands, or of spun wire.
A mouse whose germline genome comprises an endogenous immunoglobulin λ light chain locus comprising: (a) one or more human Vλ gene segments, (b) one or more human Jλ gene segments, (c) one or more human Cλ gene segments, and (d) a mouse Cλ gene segment, wherein (a) and (b) are capable of rearranging to form rearranged human λ variable region genes that are expressed in conjunction with the constant region gene segment(s) of (c) as λ light chains of antigen binding proteins, and wherein (a) and (b) are also capable of rearranging to form rearranged human λ variable region genes that are expressed in conjunction with the mouse Cλ gene segment of (d) as λ light chains of antigen binding proteins, and wherein the endogenous immunoglobulin λ light chain locus further comprises: one or more mouse immunoglobulin λ light chain enhancers (Eλ), and one or more human immunoglobulin λ light chain enhancers (Eλ). (a) one or more human Vλ gene segments, (b) one or more human Jλ gene segments, (c) one or more human Cλ gene segments, and (d) a mouse Cλ gene segment,
Pipe intended to be installed in position in a body of water from a surface that is subjected to variation in height, the pipe extending between a surface end and a bottom end , and defining an internal passage opening at the bottom end and at the surface end , the pipe comprising a dynamic closing member at the bottom end which is adapted to open above a threshold pressure (Pc), applied from the exterior towards the interior of the pipe and to close below the threshold pressure (Pc) ; wherein the threshold pressure (Pc) is defined as a function of at least one parameter that is representative (Ho, to) of the heave of the pipe under the effect of the height variation.
A spreadable preparation for aiding in the healing of wounds, and for improving the characteristics of the post-epithelially developed tissue at the wound site, said preparation comprising: a) a volatile component wherein the volatile component is a cyclic siloxane; b) siloxane matrix precursors comprising dimethicone and/or dimethicone cross polymer; wherein said precursors are capable of forming a siloxane matrix at temperatures in the range of from 35 to 37.8 °C (95 to 100 degrees Fahrenheit) during evaporation of the volatile component; c) an active component comprising a steroid or a UV absorbing component wherein the active component has low miscibility and low solubility in said siloxane matrix precursors; d) a volatile coagent including at least one agent selected from the group consisting of dimethyl isosorbide, pentylene glycol, and isopropyl myristate; wherein said volatile coagent is capable of forming a complex with said active component to form a solubilized active component; wherein the complex is miscible in said siloxane matrix precursors; and wherein all or a portion of said volatile coagent evaporates from the preparation upon the formation of the siloxane matrix. a) a volatile component wherein the volatile component is a cyclic siloxane; b) siloxane matrix precursors comprising dimethicone and/or dimethicone cross polymer; wherein said precursors are capable of forming a siloxane matrix at temperatures in the range of from 35 to 37.8 °C (95 to 100 degrees Fahrenheit) during evaporation of the volatile component; c) an active component comprising a steroid or a UV absorbing component wherein the active component has low miscibility and low solubility in said siloxane matrix precursors; d) a volatile coagent including at least one agent selected from the group consisting of dimethyl isosorbide, pentylene glycol, and isopropyl myristate;
A measurement configuration and reporting method for a multi-carrier system, comprising: sending, by an evolved Node-B (eNB), radio resource control (RRC) signaling that carries multi-carrier measurement configuration information to a terminal ; measuring, by the terminal, in accordance with the multi-carrier measurement configuration information, and carrying multi-carrier measurement results in a measurement report message , characterized in that , the multi-carrier measurement configuration information comprises in addition a one-bit identification for indicating whether an additional measurement report is allowed or not. sending, by an evolved Node-B (eNB), radio resource control (RRC) signaling that carries multi-carrier measurement configuration information to a terminal ; measuring, by the terminal, in accordance with the multi-carrier measurement configuration information, and carrying multi-carrier measurement results in a measurement report message , characterized in that , the multi-carrier measurement configuration information comprises in addition a one-bit identification for indicating whether an additional measurement report is allowed or not.
An infused liquor obtained by infusing a citrus fruit in an alcohol, wherein the citrus fruit is kumquat, the infused liquor having: a geranyl acetate concentration of not less than 2.5 ppm, a weight ratio of geranyl acetate to citral (geranyl acetate/citral ratio) of from 0.1 to 11, and a weight ratio of malic acid to citric acid (malic acid/citric acid ratio) of from 0.5 to 10.
An electric motor comprising: a stator including a winding defining a plurality of poles, wherein the winding is controllable to switch between a first number of poles and a second number of poles; and a rotor rotatable within the stator, the rotor including a first group of magnetic flux barriers that define eight poles with each of the eight poles including two slots in the rotor, each of the slots in the first group of magnetic flux barriers being without permanent magnet material; a second group of magnetic flux barriers that define four poles with each of the four poles including parts of two slots that are at least partially filled with a permanent magnet material ; and at least four groups of rotor slots that include cage windings , wherein each of the at least four groups of rotor slots are disposed between two circumferentially adjacent poles of the first group of magnetic flux barriers. a stator including a winding defining a plurality of poles, wherein the winding is controllable to switch between a first number of poles and a second number of poles; and a rotor rotatable within the stator, the rotor including a first group of magnetic flux barriers that define eight poles with each of the eight poles including two slots in the rotor, each of the slots in the first group of magnetic flux barriers being without permanent magnet material; a second group of magnetic flux barriers that define four poles with each of the four poles including parts of two slots that are at least partially filled with a permanent magnet material ; and at least four groups of rotor slots that include cage windings , wherein each of the at least four groups of rotor slots are disposed between two circumferentially adjacent poles of the first group of magnetic flux barriers.
Ballistocardiography device , characterized in that it comprises: - a support for a person; - a plurality of pressure or acceleration sensors (32 to 35) each providing an analogue signal representative of a pressure or an acceleration measured at a point on the support or on the body of the person; - a multiplexer configured to receive a plurality of analogue signals from sensors and to output a signal successively representative of the input signals; and - an operational amplifier having one input connected to the output of the multiplexer and provided, on its other input, with a mixed filter comprising an analogue-to-digital converter converting the signal coming out of the multiplexer into digital data, a digital filter acting on the digital data and a digital-to-analogue converter converting the filtered digital data into an analogue signal that is fed into this other input of the operational amplifier. - a support for a person; - a plurality of pressure or acceleration sensors (32 to 35) each providing an analogue signal representative of a pressure or an acceleration measured at a point on the support or on the body of the person; - a multiplexer configured to receive a plurality of analogue signals from sensors and to output a signal successively representative of the input signals; and - an operational amplifier having one input connected to the output of the multiplexer and provided, on its other input, with a mixed filter comprising an analogue-to-digital converter converting the signal coming out of the multiplexer into digital data, a digital filter acting on the digital data and a digital-to-analogue converter converting the filtered digital data into an analogue signal that is fed into this other input of the operational amplifier.