mhurhangee/ep-ind-claims huggingface dataset:
A dental mirror system, comprising: a dental instrument, comprising: an image sensor, a handle that enables a health care provider to grasp the dental instrument, a mirror surface affixed to the handle and configured to reflect light into the health care provider's field of view, wherein the mirror surface comprises a pass-through surface configured such that at least one side is transparent to the image sensor, a base station connector, and an orientation measuring device (912, 923, 968) including a gyroscope and configured to: (i) collect data to determine an orientation of the dental instrument; (ii) receive a signal from the base station connector when the dental instrument is docked in a known orientation; and an image orientation module configured to reorient an image captured by the image sensor according to the determined orientation of the dental instrument; characterised in that the orientation measuring device (912, 923, 968) further configured to (iii) when the dental instrument is docked in the known orientation, calibrate such that a future calculation of the orientation of the dental instrument is relative to the known orientation. a dental instrument, comprising: an image sensor, a handle that enables a health care provider to grasp the dental instrument, a mirror surface affixed to the handle and configured to reflect light into the health care provider's field of view, wherein the mirror surface comprises a pass-through surface configured such that at least one side is transparent to the image sensor, a base station connector, and an orientation measuring device (912, 923, 968) including a gyroscope and configured to: (i) collect data to determine an orientation of the dental instrument; (ii) receive a signal from the base station connector when the dental instrument is docked in a known orientation; and an image sensor, a handle that enables a health care provider to grasp the dental instrument, a mirror surface affixed to the handle and configured to reflect light into the health care provider's field of view, wherein the mirror surface comprises a pass-through surface configured such that at least one side is transparent to the image sensor, a base station connector, and an orientation measuring device (912, 923, 968) including a gyroscope and configured to: (i) collect data to determine an orientation of the dental instrument; (ii) receive a signal from the base station connector when the dental instrument is docked in a known orientation; and an image orientation module configured to reorient an image captured by the image sensor according to the determined orientation of the dental instrument;
An ion-generating device including a transformer drive circuit, a transformer for boosting a voltage by being driven by said transformer drive circuit, and an ion-generating element for generating at least any of positive ions and negative ions by receiving the voltage boosted by said transformer, a casing partitioned, in a plan view, into a transformer drive circuit block for disposing at least said transformer drive circuit, a transformer block for disposing at least a secondary side of said transformer, and an ion-generating element block for disposing said ion-generating element, said ion-generating element being characterised by an induction electrode made of a one-piece metal plate having a plurality of through holes, a thickness of a wall portion of each of said plurality of through holes being made larger than a plate thickness of said metal plate by bending a rim portion of each of said plurality of through holes, a plurality of discharge electrodes having needle-like tips which are located in said plurality of through holes of said induction electrode, respectively, and within a range of the thickness of said through holes, respectively, and a supporting substrate supporting said induction electrode and said plurality of discharge electrodes.
A process for the preparation of a granular material for digital control decoration, comprising the following steps: a) grinding a solid composition comprising ceramic raw materials, preferably in the presence of water; b) granulating the ground composition of step a) in the form of agglomerates having sizes comprised from 0.02 mm to 2 mm; and c) calcinating said agglomerates at a temperature of at least 500° C. a) grinding a solid composition comprising ceramic raw materials, preferably in the presence of water; b) granulating the ground composition of step a) in the form of agglomerates having sizes comprised from 0.02 mm to 2 mm; and c) calcinating said agglomerates at a temperature of at least 500° C.
Device for generating the starting of at least one turbine engine fitted to a helicopter, the device comprising a starter and an electrical network, the starter being supplied with electrical energy from the electrical network including at least one source of electrical energy with at least one battery and/or an electrical energy generator member; the source of electrical energy further comprising discharge members suitable for providing the starter with a short-term electrical energy boost in the form of a high-power pulse; these discharge members being grouped together plurally in at least one module; the discharge members forming at least in part an accessory for mounting in removable manner in the network on board the helicopter; the device being configured in such a way that during a first stage of the starting phase of the turbine engine, the starter drives a compressor of the engine mechanically until it reaches a compression threshold suitable for injecting the fuel into a combustion chamber of the engine; and the operation of the starter is then maintained during a second stage of the starting phase until a turbine of the engine has reached a speed of rotation sufficient to enable the engine to operate on its own; an optimum opposing torque against the driving of the compressor by the starter being exerted at the end of the first stage; characterised in that the device is configured in such a way that said short-term boost is carried out when said torque against the driving of the compressor is at its optimum.
Adjusting device for a friction clutch having at least the following components: - a drive spindle with a spindle axis, with a spindle drive which is oriented along the spindle axis, with a drive pinion for rotating the drive spindle about the spindle axis, and with a spindle nut on the spindle drive, the spindle nut which is mounted on the spindle drive carrying out a translational movement along the spindle axis as a consequence of a rotation of the spindle drive; - an adjusting ring which can be rotated about a rotational axis and has at least one ramp for compensating for a wear-induced change in a return travel of a pressing plate, the rotational axis being oriented transversely with respect to the spindle axis in the assembly; - a resiliently flexible tension element for connecting the spindle nut to the adjusting ring, it being possible for an adjusting force to be introduced into the adjusting ring in an inclined manner with respect to the spindle axis by means of the tension element, characterized in that the resiliently flexible tension element has an inclination per se in the assembly via a deflection means which is fixed relative to the drive spindle. - a drive spindle with a spindle axis, with a spindle drive which is oriented along the spindle axis, with a drive pinion for rotating the drive spindle about the spindle axis, and with a spindle nut on the spindle drive, the spindle nut which is mounted on the spindle drive carrying out a translational movement along the spindle axis as a consequence of a rotation of the spindle drive; - an adjusting ring which can be rotated about a rotational axis and has at least one ramp for compensating for a wear-induced change in a return travel of a pressing plate, the rotational axis being oriented transversely with respect to the spindle axis in the assembly; - a resiliently flexible tension element for connecting the spindle nut to the adjusting ring, it being possible for an adjusting force to be introduced into the adjusting ring in an inclined manner with respect to the spindle axis by means of the tension element, characterized in that the resiliently flexible tension element has an inclination per se in the assembly via a deflection means which is fixed relative to the drive spindle.
A gelled food concentrate comprising: • water • a salt-sensitive gum, • salt in an amount sufficient to keep the salt-sensitive gum in a salted-out state, • gelling pectin, being all pectin with a degree of esterification of below 55, and wherein the gelling agent is dissolved in the water. • water • a salt-sensitive gum, • salt in an amount sufficient to keep the salt-sensitive gum in a salted-out state, • gelling pectin, being all pectin with a degree of esterification of below 55, and wherein the gelling agent is dissolved in the water.
A nerve cuff for securing a leadless microstimulator in stable communication with a nerve, the nerve cuff comprising: a cuff body having a channel extending within the length of the cuff body for passage of a nerve; a pocket within the cuff body, configured to removably hold the leadless microstimulator; and characterised by an elongate opening slit (1003, 1903) extending the length of the cuff body configured to be opened to provide access to the pocket. a cuff body having a channel extending within the length of the cuff body for passage of a nerve; a pocket within the cuff body, configured to removably hold the leadless microstimulator; and characterised by an elongate opening slit (1003, 1903) extending the length of the cuff body configured to be opened to provide access to the pocket.
A downlight assembly having a fire rating comprising:- (i) a downlight housing made from material with a melting point in excess of 900° C, said housing having at least one side wall and a rear end wall closing the rear of the housing, said housing being fire-rated; (ii) a solid state lighting element mounted in direct thermal contact with the rear end wall of the housing, heat produced by the solid state lighting element being transferred into the housing and then dissipated by convection and radiation into the surrounding air space; wherein the control circuitry and components required to power and control the solid state lighting element are included within the housing, wherein the housing is devoid of a separate conventional heat sink having one or more fins and wherein the downlight assembly does not rely on intumescent material to achieve the fire rating. (i) a downlight housing made from material with a melting point in excess of 900° C, said housing having at least one side wall and a rear end wall closing the rear of the housing, said housing being fire-rated; (ii) a solid state lighting element mounted in direct thermal contact with the rear end wall of the housing, heat produced by the solid state lighting element being transferred into the housing and then dissipated by convection and radiation into the surrounding air space; wherein the control circuitry and components required to power and control the solid state lighting element are included within the housing, wherein the housing is devoid of a separate conventional heat sink having one or more fins and wherein the downlight assembly does not rely on intumescent material to achieve the fire rating.
A method for modifying an adhesion-state cell culture containing at least two types of cells, comprising: soaking the adhesion-state cell culture in a low nutrient physiologically isotonic solution, whereby a content ratio of the cell types constituting the adhesion-state cell culture is changed, wherein the low nutrient isotonic solution is Hanks' balanced salt solution, and wherein the adhesion-state cell culture is a sheet-shaped cell culture containing skeletal myoblasts and fibroblasts.
A substrate having a surface comprising a polymer coating covalently attached thereto, wherein the polymer coating comprises a recurring unit of Formula (Ia) and a recurring unit of Formula: wherein: R 1 is hydrogenor C 1 -C 6 alkyl; R A is azido; each of R 4, R 4', R 5 and R 5' is independently selected from the group consisting of H, R 6, OR 6, -C OR 6, -C R 6, -OC R 6, -C NR 7 R 8, and -NR 7 R 8; R 6 is selected from the group consisting of H, OH, C 1 -C 6 alkyl, C 3 -C 10 cycloalkyl, C 1 -C 6 hydroxyalkyl, C 6 -C 10 aryl, 5 to 10 membered heteroaryl, and 3 to 10 membered heterocyclyl; each of R 7 and R 8 is independently H or C 1 -C 6 alkyl, or R 7 and R 8 are joined together with the atom or atoms to which they are attached to form a 3 to 10 membered heterocycle; and o is an integer between 1-50. R 1 is hydrogenor C 1 -C 6 alkyl; R A is azido; each of R 4, R 4', R 5 and R 5' is independently selected from the group consisting of H, R 6, OR 6, -C OR 6, -C R 6, -OC R 6, -C NR 7 R 8, and -NR 7 R 8; R 6 is selected from the group consisting of H, OH, C 1 -C 6 alkyl, C 3 -C 10 cycloalkyl, C 1 -C 6 hydroxyalkyl, C 6 -C 10 aryl, 5 to 10 membered heteroaryl, and 3 to 10 membered heterocyclyl; each of R 7 and R 8 is independently H or C 1 -C 6 alkyl, or R 7 and R 8 are joined together with the atom or atoms to which they are attached to form a 3 to 10 membered heterocycle; and o is an integer between 1-50.
An infrastructure validation method characterized in that said method comprises: loading a signature file denoting infrastructure requirements of a computing environment to support a computer program (105, 230) to be installed in the computing environment of multiple different computing devices disposed in multiple different network domains (101, 202); acquiring administrative network privileges to access the multiple different network domains in the computing environment; identifying at least one deficiency of the infrastructure requirements in a corresponding one of the network domains; remediating the identified deficiency; and, reporting the identified deficiency. loading a signature file denoting infrastructure requirements of a computing environment to support a computer program (105, 230) to be installed in the computing environment of multiple different computing devices disposed in multiple different network domains (101, 202); acquiring administrative network privileges to access the multiple different network domains in the computing environment; identifying at least one deficiency of the infrastructure requirements in a corresponding one of the network domains; remediating the identified deficiency; and, reporting the identified deficiency.
A gene therapy vector comprising an expression cassette, the expression cassette comprising a synthetic liver-specific inducible promoter operably linked to a gene, the synthetic liver-specific inducible promoter comprising a cis-regulatory element that is capable of being bound and activated by a heterodimer of CAR and RXR, wherein the CRE that is capable of being bound and activated by a CAR-RXR heterodimer comprises or consists of a functional variant of SEQ ID NO: 1 or SEQ ID NO: 2, wherein the functional variant of SEQ ID NO: 1 or SEQ ID NO: 2 comprises one of the following sequences: - [TGTACTTTCCTGACCN-S-] n (SEQ ID NO: 29); - [CTGTACTTTCCTGACCN-S-] n (SEQ ID NO: 30); and - [NCTGTACTTTCCTGACCNTG-S-] n (SEQ ID NO: 31), wherein S is an optional spacer and n is from 1 to 5, optionally from 2 to 4, and preferably 3. - [TGTACTTTCCTGACCN-S-] n (SEQ ID NO: 29); - [CTGTACTTTCCTGACCN-S-] n (SEQ ID NO: 30); and - [NCTGTACTTTCCTGACCNTG-S-] n (SEQ ID NO: 31), wherein S is an optional spacer and n is from 1 to 5, optionally from 2 to 4, and preferably 3.
An ultrasonic probe comprising: a matching layer; a piezoelectric layer disposed on a bottom surface of the matching layer; and a backing layer disposed on a bottom surface of the piezoelectric layer and formed of porous carbon allotrope foams and backing materials, characterised in that the backing materials comprise a combined material of an epoxy resin and at least one of a metal powder, a ceramic powder, and a carbon allotrope powder. a matching layer; a piezoelectric layer disposed on a bottom surface of the matching layer; and a backing layer disposed on a bottom surface of the piezoelectric layer and formed of porous carbon allotrope foams and backing materials, characterised in that the backing materials comprise a combined material of an epoxy resin and at least one of a metal powder, a ceramic powder, and a carbon allotrope powder.
A domestic ventilated oven for cooking food, the oven comprising: - a muffle defining a cooking compartment and comprising a rear wall; - heating elements associated to the muffle for heating the air in the muffle; - at least a fan for circulating the air in the muffle; - a partition, which is arranged in the muffle for dividing a housing space from the cooking compartment; - the housing space being comprised between the rear wall and the partition, designed for partially housing the fan and having a plurality of openings for connecting the housing space and the cooking compartment; and - a control device comprising a control unit for varying the rotational speed of the fan; characterized in that the muffle is designed for housing a plurality of fans and has pre-weakened portions, which are designed for being easily removed and allowing the mounting of respective fans. - a muffle defining a cooking compartment and comprising a rear wall; - heating elements associated to the muffle for heating the air in the muffle; - at least a fan for circulating the air in the muffle; - a partition, which is arranged in the muffle for dividing a housing space from the cooking compartment; - the housing space being comprised between the rear wall and the partition, designed for partially housing the fan and having a plurality of openings for connecting the housing space and the cooking compartment; and - a control device comprising a control unit for varying the rotational speed of the fan;
Casing frame for a switching device at a passage opening in a switchgear cabinet, wherein the casing frame is of modular design and can be made up of frame segments (7, 8), which are to be used in pairs, for providing a required size of casing frame as necessary, characterized in that each frame segment (7, 8) has at least one associated spring clip with the aid of which the casing frame segment (7, 8) which is fitted to the outer face of the switchgear cabinet wall is fastened in a floating manner in the passage opening by virtue of the spring clip which is fixed to the casing frame segment (7, 8) engaging behind the switchgear cabinet wall such that it passes through the passage opening.
A composition comprising: (a) a plurality of acicular particles, wherein the acicular particles comprise a microstructured core with a layer of catalytic material on at least one portion of the surface of the microstructured core, wherein the microstructured core comprises at least one of a polynuclear aromatic hydrocarbon and heterocyclic compounds, and the catalytic material comprises (i) platinum and (ii) at least one of iridium and ruthenium; (b) ionomer binder; (c) solvent; and (d) a plurality of carbon particles, wherein the plurality of acicular particles is not oriented. (a) a plurality of acicular particles, wherein the acicular particles comprise a microstructured core with a layer of catalytic material on at least one portion of the surface of the microstructured core, wherein the microstructured core comprises at least one of a polynuclear aromatic hydrocarbon and heterocyclic compounds, and the catalytic material comprises (i) platinum and (ii) at least one of iridium and ruthenium; (b) ionomer binder; (c) solvent; and (d) a plurality of carbon particles,
Aventilating device for the simultaneous aeration and venting of rooms, comprising a housing that can be arranged on the inside of a room or in a building wall, comprising an air conveying device for an aeration medium flow leading from the outside of a building into the inside of a room for a venting medium flow leading from the inside of a room to the outside of the building, comprising a heat storage unit for heat transfer from the venting medium flow to the aeration medium flow, and comprising a closing and opening device for controlling the air flow paths, the air conveying device consisting of a fan for the aeration medium flow and of a fan for the venting medium flow, the heat storage unit having two heat accumulators (15, 16), through which, in the operating state, the aeration and/or venting medium flow (6, 7) are able to flow over the entire surface for simultaneous aeration and venting of the inside of the room at the respective inlet and outlet openings (17,18; 19, 20), the fans (13, 14) being set up for continuous operation in the air conveying direction, the closing and opening device being connected upstream of the heat accumulators (15, 16) at the respective inlet and outlet openings (17, 18; 19, 20) of the aeration and venting medium flow (6, 7) for alternating and counter-rotating air flows, the first heat accumulator and the second heat accumulator being arranged on the suction side of the fans (13, 14).
A shock tube for propagating an initiating signal to an explosive charge, the shock tube including a body that is connectable to a blasting machine and at least first and second elongate flexible conductors (26, 28) on or in the body which enable two-way communication between the explosive charge and the blasting machine, the shock tube further comprising an energy propagating core and a first and a second layer of material that surround said energy propagating core, characterised in that each conductor (26, 28) is printed on said respective first and second layers (22, 24) of material that surround said energy propagating core.
A tampering detection device (1, 2) comprising: a parameter storage storing parameters α ijk for uniformly mapping from two elements of a ring R q to one element of the ring R q, where i = O,..., q-1, j = O,..., q-1, and k = O,..., q-1; a division part dividing N values a 0,..., a N-1 into sets of q values, starting from the first value, to generate value vectors A 0,..., A ρ-1; a generation part (14, 24) using the value vectors A 0,..., A ρ-1 to generate a checksum c including addition and multiplication, where vector multiplication is a function f defined by f x →, y →: = ∑ j, k < q α 0, j, k x j y k, ⋯, ∑ j, k < q α q − 1, j, k x j y k; and a verification part (15, 25) comparing a verification value with the check sum c to determine whether or not any of the values a 0,..., a N-1 has been tampered with, the verification value being generated using vector multiplication which is the function f; where N and q are integers greater than or equal to 2 and p is a minimum integer greater than or equal to N/q. a parameter storage storing parameters α ijk for uniformly mapping from two elements of a ring R q to one element of the ring R q, where i = O,..., q-1, j = O,..., q-1, and k = O,..., q-1; a division part dividing N values a 0,..., a N-1 into sets of q values, starting from the first value, to generate value vectors A 0,..., A ρ-1; a generation part (14, 24) using the value vectors A 0,..., A ρ-1 to generate a checksum c including addition and multiplication, where vector multiplication is a function f defined by f x →, y →: = ∑ j, k < q α 0, j, k x j y k, ⋯, ∑ j, k < q α q − 1, j, k x j y k; and a verification part (15, 25) comparing a verification value with the check sum c to determine whether or not any of the values a 0,..., a N-1 has been tampered with, the verification value being generated using vector multiplication which is the function f; where N and q are integers greater than or equal to 2 and p is a minimum integer greater than or equal to N/q.