mhurhangee/ep-ind-claims huggingface dataset:
A method of forming an individual film product, comprising the steps of: a. Preparing a film forming matrix; b. Providing a substantially flat packaging material substrate having a top surface; c. Depositing a pre-determined amount of said matrix onto said top surface of said substantially flat packaging material substrate to form a wet film forming product; d. Drying said wet film forming product to form a dried film product; and e. Placing a sealing layer on said top surface of said substantially flat packaging material substrate, wherein said sealing layer effectively seals the dried film product between the sealing layer and the substantially flat packaging material substrate to form a package, wherein the film forming matrix has a surface tension sufficient to avoid spreading out when deposited on the substantially flat packaging material substrate and to withstand any air flow present during the drying. a. Preparing a film forming matrix; b. Providing a substantially flat packaging material substrate having a top surface; c. Depositing a pre-determined amount of said matrix onto said top surface of said substantially flat packaging material substrate to form a wet film forming product; d. Drying said wet film forming product to form a dried film product; and e. Placing a sealing layer on said top surface of said substantially flat packaging material substrate, wherein said sealing layer effectively seals the dried film product between the sealing layer and the substantially flat packaging material substrate to form a package,
A laminated glass, comprising: a core material including a resin sheet; and a first glass sheet and a second glass sheet each being laminated on respective surfaces of the core material via an adhesive layer (15a-e), wherein each of thicknesses of the first glass sheet and the second glass sheet is smaller than a thickness of the core material, and characterized in that the thickness of the first glass sheet is larger than the thickness of the second glass sheet and the first glass sheet has a cover sheet made of a resin laminated on an outer surface thereof via an adhesive layer. a core material including a resin sheet; and a first glass sheet and a second glass sheet each being laminated on respective surfaces of the core material via an adhesive layer (15a-e), wherein each of thicknesses of the first glass sheet and the second glass sheet is smaller than a thickness of the core material, and characterized in that the thickness of the first glass sheet is larger than the thickness of the second glass sheet and the first glass sheet has a cover sheet made of a resin laminated on an outer surface thereof via an adhesive layer.
Silo for gassing bulk material, comprising: a container for receiving bulk material with an inlet and an outlet; a valve slide arranged in the container between the inlet an the outlet and configured to let a predefined amount of bulk material per time unit flow in a flow direction (v) from the inlet to the outlet; characterized in that the silo comprises a gas inlet opening arranged at the container between the valve slide and the outlet, and wherein gas essentially flows against the flow direction (v) of the bulk material through the container and the bulk material. a container for receiving bulk material with an inlet and an outlet; a valve slide arranged in the container between the inlet an the outlet and configured to let a predefined amount of bulk material per time unit flow in a flow direction (v) from the inlet to the outlet; characterized in that the silo comprises a gas inlet opening arranged at the container between the valve slide and the outlet, and wherein gas essentially flows against the flow direction (v) of the bulk material through the container and the bulk material.
A compressed air energy storage and power generation method, comprising: driving an electric motor by fluctuating input power; compressing air by a compressor mechanically connected to the electric motor; storing the compressed air, which is supplied from the compressor, in an accumulator tank; driving an expander by the compressed air supplied from the accumulator tank; generating power by a generator mechanically connected to the expander, defining, as a reference storage value, a storage value indicating that a storage amount of the air in the accumulator tank is in a predetermined intermediate state; and when a storage value indicating a current storage amount in the accumulator tank is at the reference storage value, controlling at least one of the electric motor and the generator to rotate at a rated rotation speed, wherein when the storage value indicating the current storage amount in the accumulator tank is larger than the reference storage value, controlling the electric motor to rotate at less than the rated rotation speed so as to maintain a rated input, and when the storage value indicating the current storage amount in the accumulator tank is smaller than the reference storage value, controlling the electric motor to rotate at more than the rated rotation speed and equal to or less than a maximum permissible rotation speed so as to maintain the rated input. driving an electric motor by fluctuating input power; compressing air by a compressor mechanically connected to the electric motor; storing the compressed air, which is supplied from the compressor, in an accumulator tank; driving an expander by the compressed air supplied from the accumulator tank; generating power by a generator mechanically connected to the expander, defining, as a reference storage value, a storage value indicating that a storage amount of the air in the accumulator tank is in a predetermined intermediate state; and when a storage value indicating a current storage amount in the accumulator tank is at the reference storage value, controlling at least one of the electric motor and the generator to rotate at a rated rotation speed, when the storage value indicating the current storage amount in the accumulator tank is larger than the reference storage value, controlling the electric motor to rotate at less than the rated rotation speed so as to maintain a rated input, and when the storage value indicating the current storage amount in the accumulator tank is smaller than the reference storage value, controlling the electric motor to rotate at more than the rated rotation speed and equal to or less than a maximum permissible rotation speed so as to maintain the rated input.
A process for producing a highly polymerized aromatic polycarbonate resin which comprises a highly polymerizing process wherein aromatic polycarbonate is linked with an aliphatic diol compound having a boiling point of 240°C or higher through a transesterification reaction in the presence of a transesterification catalyst under reduced pressure to increase the molecular weight, wherein the aliphatic diol compound is selected from the group consisting of 4,4'-bis(2-hydroxyethoxy)biphenyl, 9,9'-bis[4-(2-hydroxyethoxy)phenyl]fluorene, fluorene glycol and fluorene diethanol, and wherein the highly polymerized aromatic polycarbonate resin has a weight average molecular weight (Mw) of 30,000-100,000.
Device for locking the door of a toilet cubicle comprising a door locking element operated manually from inside the cubicle, the said locking element allowing the vacant and engaged states of the cubicle to be selected and the door to be locked when the engaged state is selected, the said device including an information mechanism located on the door at least on the outside of the cubicle and providing at least two tactile and visual indicators of the state selected by the locking element, characterised in that the information mechanism includes raised pictograms to provide a tactile indicator.
Mandible protrusion rail for positioning the mandible relative to the maxilla of a patient having a maxilla partial rail and a mandible partial rail, wherein joint rods movably connect the two partial rails (2, 3) to each other, wherein the two partial rails (2, 3) have laterally attached joint pins for holding the joint rods, wherein the joint pins have a shoulder facing the partial rail, a head facing away from the partial rail and a neck located between the shoulder and head, wherein the joint pins each have a collar on the ends thereof which, in the installed state of the joint rod, encloses the neck of a joint pin, wherein the joint rod is held between the shoulder and the head, each having a larger cross-section than the neck, wherein there is a designed flexibility on the collar of the joint rod and/or on the head of the joint pin, which, in the case of excess stressing by means of a laterally directed force exerted via the joint rod, first enables an evasive movement of the joint rod characterised in that in the case of excess stressing, the designed flexibility makes non-destructive slipping of the collar over the head of the joint pin possible.
An electronic device comprising: a first non-conductive cover including a first planar portion defining a first surface of the electronic device; a second non-conductive cover including a second planar portion defining a second surface of the electronic device opposite the first surface, and a curved portion extending from the second planar portion and defining a first portion of a lateral surface of the electronic device between at least the first surface and the second surface; a conductive frame defining at least a second portion of the lateral surface of the electronic device; and a first antenna module including a patch antenna configured to transmit signals through at least part of the lateral surface of the electronic device, wherein the first antenna module is disposed so that a radiating surface of the patch antenna is disposed between the first non-conductive cover and the second non-conductive cover, wherein the radiating surface is perpendicular to the first planar portion or second planar portion, at least half of the radiating surface of the patch antenna overlaps with the first portion of the lateral surface defined by the curved portion of the second non-conductive cover, and another portion of the radiating surface overlaps with the second portion of the lateral surface defined by the conductive frame, when viewed from the lateral surface. a first non-conductive cover including a first planar portion defining a first surface of the electronic device; a second non-conductive cover including a second planar portion defining a second surface of the electronic device opposite the first surface, and a curved portion extending from the second planar portion and defining a first portion of a lateral surface of the electronic device between at least the first surface and the second surface; a conductive frame defining at least a second portion of the lateral surface of the electronic device; and a first antenna module including a patch antenna configured to transmit signals through at least part of the lateral surface of the electronic device, wherein the first antenna module is disposed so that a radiating surface of the patch antenna is disposed between the first non-conductive cover and the second non-conductive cover, wherein the radiating surface is perpendicular to the first planar portion or second planar portion, at least half of the radiating surface of the patch antenna overlaps with the first portion of the lateral surface defined by the curved portion of the second non-conductive cover, and another portion of the radiating surface overlaps with the second portion of the lateral surface defined by the conductive frame, when viewed from the lateral surface.
A process for forming a multilayered shaped film product comprising the steps of: a. placing a mask having a delivery surface and an opposite substrate-facing surface and at least one aperture having a design corresponding to the desired shaped film product over a substrate; b. delivering a first liquid film-forming composition through a first delivery opening of a multistream nozzle and a second liquid film-forming composition through a second delivery opening of the multistream nozzle through the at least one aperture of the mask to form a raw shape having a first layer and a second layer on the substrate; wherein movement of the mask and the delivery of the first and second liquid film-forming compositions (222, 223) to the mask aperture are controlled to provide a volumetric flow rate of the first and second liquid film-forming compositions (222, 223) to the mask aperture corresponding to the volume of a void defined by the mask aperture, aperture sidewalls and delivery openings of the multistream nozzle immediately adjacent to the mask aperture, the multistream nozzle being in contact with the delivery surface of the mask; c. removing the mask; d. solidifying the raw shape to provide the multilayered shaped film product disposed on the substrate. a. placing a mask having a delivery surface and an opposite substrate-facing surface and at least one aperture having a design corresponding to the desired shaped film product over a substrate; b. delivering a first liquid film-forming composition through a first delivery opening of a multistream nozzle and a second liquid film-forming composition through a second delivery opening of the multistream nozzle through the at least one aperture of the mask to form a raw shape having a first layer and a second layer on the substrate; wherein movement of the mask and the delivery of the first and second liquid film-forming compositions (222, 223) to the mask aperture are controlled to provide a volumetric flow rate of the first and second liquid film-forming compositions (222, 223) to the mask aperture corresponding to the volume of a void defined by the mask aperture, aperture sidewalls and delivery openings of the multistream nozzle immediately adjacent to the mask aperture, the multistream nozzle being in contact with the delivery surface of the mask; c. removing the mask; d. solidifying the raw shape to provide the multilayered shaped film product disposed on the substrate.
An injection device adapted to be worn on the body of a patient, the device comprising: an injector comprising a reservoir containing an agent for treating hypoglycemia and a needle comprising a first end portion connected to the reservoir and a second end portion adapted to be inserted into the body of the patient; an acoustical alarm; and a control assembly comprising a signal receiver configured to receive signals from a glucose sensor, the control assembly being electrically coupled to the acoustical alarm and configured to activate the acoustical alarm upon a signal received in the signal receiver being indicative of hypoglycaemia, the control assembly being configured to automatically cause the injector to administer through the needle a dose of the agent in the reservoir to the patient after a predetermined period of time from the signal receiver receiving the signal indicative of hypoglycaemia, the control assembly having a manually activated switch that when activated prior to the expiration of the predetermined period of time causes the control assembly to abort the automatic injection of the agent. an injector comprising a reservoir containing an agent for treating hypoglycemia and a needle comprising a first end portion connected to the reservoir and a second end portion adapted to be inserted into the body of the patient; an acoustical alarm; and a control assembly comprising a signal receiver configured to receive signals from a glucose sensor, the control assembly being electrically coupled to the acoustical alarm and configured to activate the acoustical alarm upon a signal received in the signal receiver being indicative of hypoglycaemia, the control assembly being configured to automatically cause the injector to administer through the needle a dose of the agent in the reservoir to the patient after a predetermined period of time from the signal receiver receiving the signal indicative of hypoglycaemia, the control assembly having a manually activated switch that when activated prior to the expiration of the predetermined period of time causes the control assembly to abort the automatic injection of the agent.
A synchronous reluctance rotating electric machine comprising: a stator, and a rotor iron core provided inside the stator; wherein the rotor iron core is provided with four air gaps (11a, 11b, 11c, 11d) and five band-shaped magnetic path layers (14a, 14b, 14c, 14d, 14e,), and six bridges that bridge across some of the air gaps, the bridges having a shape disposed on a predetermined straight line (L0, L1, L2) that extends in the radial direction from the rotor center, and wherein the bridges of adjacent air gaps (11a, 11b; 11b, 11c; 11c, 11d) are disposed on mutually different straight lines, wherein the radial outer air gap (11 d) has no bridge, wherein the air gap (11 c) adjacent to the radial outer air gap (11 d) has one bridge, wherein the radial inner air gap (11 a) has three bridges, and wherein the air gap (11 b) adjacent to the radial inner air gap (11 a) has two bridges. a stator, and a rotor iron core provided inside the stator; wherein the rotor iron core is provided with four air gaps (11a, 11b, 11c, 11d) and five band-shaped magnetic path layers (14a, 14b, 14c, 14d, 14e,), and six bridges that bridge across some of the air gaps, the bridges having a shape disposed on a predetermined straight line (L0, L1, L2) that extends in the radial direction from the rotor center, and wherein the bridges of adjacent air gaps (11a, 11b; 11b, 11c; 11c, 11d) are disposed on mutually different straight lines, wherein the radial outer air gap (11 d) has no bridge, wherein the air gap (11 c) adjacent to the radial outer air gap (11 d) has one bridge, wherein the radial inner air gap (11 a) has three bridges, and wherein the air gap (11 b) adjacent to the radial inner air gap (11 a) has two bridges.
Handpiece, be it linear or angular, for supporting and positioning a surgical tool, said handpiece being made of plastic material, wherein said handpiece comprises at least one external body and motion transmission means disposed inside said external body and configured to receive motion from a motor member and transmit it directly to said tool, said external body and said motion transmission means being made of plastic material, wherein said motion transmission means comprise a transmission shaft having a first end configured to be connected to a motor member and a second end configured to be connected to said tool, wherein said handpiece further comprises means for supporting and positioning said transmission shaft and for allowing the latter to rotate about a longitudinal axis, wherein said transmission shaft comprises a first shaft and a second shaft separated and in reciprocal torsional engagement, which cooperate to transmit motion while allowing for reciprocal axial sliding, characterized in that said supporting and positioning means comprise spring means, wherein said spring means are interposed between said first shaft and said second shaft of said transmission shaft. wherein said handpiece comprises at least one external body and motion transmission means disposed inside said external body and configured to receive motion from a motor member and transmit it directly to said tool, said external body and said motion transmission means being made of plastic material, wherein said motion transmission means comprise a transmission shaft having a first end configured to be connected to a motor member and a second end configured to be connected to said tool, wherein said handpiece further comprises means for supporting and positioning said transmission shaft and for allowing the latter to rotate about a longitudinal axis, wherein said transmission shaft comprises a first shaft and a second shaft separated and in reciprocal torsional engagement, which cooperate to transmit motion while allowing for reciprocal axial sliding, characterized in that said supporting and positioning means comprise spring means, wherein said spring means are interposed between said first shaft and said second shaft of said transmission shaft.
Apparatus for connecting the wiring arrangement of a stator of an electrical machine, comprising a main body with a bottom side, wherein the main body can be placed on a stator by way of the bottom side, wherein the main body comprises at least six positioning means for receiving and positioning in each case at least two electrical conductors of a wiring arrangement of the stator, wherein each positioning means has an insertion opening, wherein the insertion opening is arranged on the bottom side of the main body, so that the in each case at least two electrical conductors can be inserted into the positioning means through the insertion openings when the apparatus is placed on the stator, wherein each positioning means has a guide section and a connecting section, wherein the connecting section is a sleeve (15, 15a-151) or a subsection of a sleeve (15, 15a-151), wherein the positioning means are designed in such a way that the in each case at least two electrical conductors are guided into the connecting sections by means of the guide sections when the main body is placed on the stator, wherein the main body has at least three conductor tracks (29a-29d), wherein the at least three conductor tracks (29a-29d) each have a connection element for connection to in each case one main phase of a three-phase alternating current source, wherein the connecting sections of at least two positioning means are electrically conductively connected to a first conductor track, wherein the connecting sections of at least two further positioning means are electrically conductively connected to a second conductor track, wherein the connecting sections of at least two further positioning means are electrically conductively connected to a third conductor track, characterized in that the at least three conductor tracks (29a-29d) are each arranged in one of the planes (23a-23d) in the main body that run parallel to the bottom side of the main body.
Gantry for a medical imaging facility, - wherein an air inflow surface for air cooling of at least one component of the gantry is embodied in an outer surface of the gantry, - wherein, in an operating state of the gantry, the gantry is delimited to the top in an area of the air inflow surface by the air inflow surface, - characterised in that the gantry has a stationary support frame and a tilting frame, - wherein the outer surface, in an area of the support frame, has a support frame outer surface, - wherein the outer surface, in an area of the tilting frame, has a tilting frame outer surface, - wherein a support frame part surface of the air inflow surface is embodied in the support frame outer surface and/or wherein a tilting frame part surface of the air inflow surface is embodied in the tilting frame outer surface. - wherein an air inflow surface for air cooling of at least one component of the gantry is embodied in an outer surface of the gantry, - wherein, in an operating state of the gantry, the gantry is delimited to the top in an area of the air inflow surface by the air inflow surface, - characterised in that the gantry has a stationary support frame and a tilting frame, - wherein the outer surface, in an area of the support frame, has a support frame outer surface, - wherein the outer surface, in an area of the tilting frame, has a tilting frame outer surface, - wherein a support frame part surface of the air inflow surface is embodied in the support frame outer surface and/or wherein a tilting frame part surface of the air inflow surface is embodied in the tilting frame outer surface.
A polymer-NSAID conjugate comprising a biodegradable polymer backbone and a non-steroidal anti-inflammatory drug (NSAID) conjugated pendant to the polymer backbone via an aryl ester linkage between a carboxylic acid group present on the NSAID and an oxygen-containing substituent present on an aryl group associated with the polymer backbone.