mhurhangee/ep-ind-claims huggingface dataset:
A system for shielding sun rays comprising: - at least a first glass; - a supporting frame for forming a gap; - at least a second glass that is free from PVD coating; - said first glass and said second glass being each other associated by means of said supporting frame; - a sun ray protection device that is inserted into said gap, said sun ray protection device defining: - a plurality of transparent areas for letting sun rays pass through, said plurality of transparent areas enabling sun rays to pass with a certain incidence angle while sun rays having other incidence angles are not able to pass through said plurality of transparent areas; - a plurality of blind areas identifying one first surface facing the second glass that is free from PVD coating and one second surface opposite to the first surface; - said plurality of blind areas having a reflection in the visible (ρ v) lower than 50% and having a reflection index of sun rays (ρ e) higher than the reflection index in the visible (Pv); characterised in that: said blind areas are configured not to let sun rays pass though; and at least a portion of said first surface of said plurality of blind areas comprises a dark material with reflective properties in the near infrared, or a layer of dark paint, said layer of dark paint being at least partially reflecting sun rays in the near infrared. - at least a first glass; - a supporting frame for forming a gap; - at least a second glass that is free from PVD coating; - said first glass and said second glass being each other associated by means of said supporting frame; - a sun ray protection device that is inserted into said gap, said sun ray protection device defining: - a plurality of transparent areas for letting sun rays pass through, said plurality of transparent areas enabling sun rays to pass with a certain incidence angle while sun rays having other incidence angles are not able to pass through said plurality of transparent areas; - a plurality of blind areas identifying one first surface facing the second glass that is free from PVD coating and one second surface opposite to the first surface; - a plurality of transparent areas for letting sun rays pass through, said plurality of transparent areas enabling sun rays to pass with a certain incidence angle while sun rays having other incidence angles are not able to pass through said plurality of transparent areas; - a plurality of blind areas identifying one first surface facing the second glass that is free from PVD coating and one second surface opposite to the first surface; - said plurality of blind areas having a reflection in the visible (ρ v) lower than 50% and having a reflection index of sun rays (ρ e) higher than the reflection index in the visible (Pv); said blind areas are configured not to let sun rays pass though; and at least a portion of said first surface of said plurality of blind areas comprises a dark material with reflective properties in the near infrared, or a layer of dark paint, said layer of dark paint being at least partially reflecting sun rays in the near infrared.
Illumination device with a light module, comprising - an at least partially covered circuit carrier which comprises at least one light emitting diode being fixed to the circuit carrier as a light source and at least one lens being associated with the at least one light emitting diode, for shaping a light distribution, and - an electrical connection module being provided at the circuit carrier, wherein at least one supply line is provided at the circuit carrier for connecting the at least one light emitting diode to the electrical connection module, and - a cover being attached to the light module which has a transparent light transmission section for the light emitted by the at least one light emitting diode, - a sheath for the circuit carrier with a circumferential sealing bead, wherein a circumferential molding forming a groove corresponding to the sealing bead is provided at the cover, wherein the sealing bead is configured elastically deformable and is attached to the molding and is elastically deformed in a mounted state, characterized in that the sheath is formed as a silicon-overmolding and that the sealing bead - is arranged at the edge side of the circuit carrier and protrudes in the direction towards the cover, - has a geometry adapted to the geometry of the groove, - is V-shaped or U-shaped in its cross-section and has a connecting leg being arranged at an edge side at the front side of the overmolding and has a free leg being formed to the connecting leg, which both legs are connected in a vertex - has two mutually spaced sealing lips (551, 552) as moldings at the free leg on an outer side facing away from the connecting leg. - an at least partially covered circuit carrier which comprises at least one light emitting diode being fixed to the circuit carrier as a light source and at least one lens being associated with the at least one light emitting diode, for shaping a light distribution, and - an electrical connection module being provided at the circuit carrier, wherein at least one supply line is provided at the circuit carrier for connecting the at least one light emitting diode to the electrical connection module, and - a cover being attached to the light module which has a transparent light transmission section for the light emitted by the at least one light emitting diode, - a sheath for the circuit carrier with a circumferential sealing bead, wherein a circumferential molding forming a groove corresponding to the sealing bead is provided at the cover, wherein the sealing bead is configured elastically deformable and is attached to the molding and is elastically deformed in a mounted state, - is arranged at the edge side of the circuit carrier and protrudes in the direction towards the cover, - has a geometry adapted to the geometry of the groove, - is V-shaped or U-shaped in its cross-section and has a connecting leg being arranged at an edge side at the front side of the overmolding and has a free leg being formed to the connecting leg, which both legs are connected in a vertex - has two mutually spaced sealing lips (551, 552) as moldings at the free leg on an outer side facing away from the connecting leg.
Method for wear monitoring of a hydraulic parking brake comprising in succession (i) a first step of acquisition, at an engagement of the parking brake, a derivative of signal representative of a pressure in a corresponding actuation circuit of the parking brake, the method is characterized in that it further comprises (ii) a second step of measurement of a time interval (TH2, TH3, etc..) elapsing between a first instant, corresponding to the activation of the engagement command of the parking brake and associated with the switching of a control switch of the hydraulic circuit or with a first divergent trend of the derivative of the signal representative of the pressure, and a second instant (FS1, FS2, FS3) wherein the derivative of said signal assumes a second divergent trend and (iii) a third step of comparing said time interval (TH2, TH3, etc..) with a predetermined threshold.
Interface for the connection of an oscillatory tool with a machine-tool, comprising - a base body having at a first longitudinal end thereof a first connection area for connecting with a machine-tool and at the second longitudinal end opposite to the first longitudinal end a second connection area for connecting with a tool, wherein the interface comprises at least one means for a non-contact reception of electric energy and at least one contact means for the transmission of electric energy so that the interface is connectable with the tool by means of an electrically conductive connection, characterised in that the first connection area and the second connection area comprise a standardised configuration and are configured complementary to each other. - a base body having at a first longitudinal end thereof a first connection area for connecting with a machine-tool and at the second longitudinal end opposite to the first longitudinal end a second connection area for connecting with a tool,
A rechargeable battery comprising: an electrode assembly (10, 210) including first and second electrodes (11, 12); a case in which the electrode assembly (10, 210) is accommodated; a cap plate (20, 120, 220) combined to the case; an electrode terminal (21, 22) provided in the cap plate (20, 120, 220) and including first and second electrode terminals (21, 22); and a lead tab (51, 52, 152) including first and second current collecting tabs (51, 52, 152) for electrically connecting the electrode assembly (10, 210) to the electrode terminal (21, 22), wherein the second current collecting tab (52, 152) includes an electrode connecting portion (211, 521) that is connected to the electrode assembly (10, 210), and a terminal connecting portion (214, 523) that is bent from the electrode connecting portion (211, 521) and electrically coupled to the cap plate (20, 120, 220); characterized in that a protrusion portion (23, 123) is formed in the cap plate to protrude toward the terminal connecting portion, an insertion portion (524, 525, 154a, 154b) is formed in the terminal connecting portion, and the protrusion portion (23, 123) is inserted into the insertion portion (524, 525, 154a, 154b). an electrode assembly (10, 210) including first and second electrodes (11, 12); a case in which the electrode assembly (10, 210) is accommodated; a cap plate (20, 120, 220) combined to the case; an electrode terminal (21, 22) provided in the cap plate (20, 120, 220) and including first and second electrode terminals (21, 22); and a lead tab (51, 52, 152) including first and second current collecting tabs (51, 52, 152) for electrically connecting the electrode assembly (10, 210) to the electrode terminal (21, 22), wherein the second current collecting tab (52, 152) includes an electrode connecting portion (211, 521) that is connected to the electrode assembly (10, 210), and a terminal connecting portion (214, 523) that is bent from the electrode connecting portion (211, 521) and electrically coupled to the cap plate (20, 120, 220); characterized in that a protrusion portion (23, 123) is formed in the cap plate to protrude toward the terminal connecting portion, an insertion portion (524, 525, 154a, 154b) is formed in the terminal connecting portion, and the protrusion portion (23, 123) is inserted into the insertion portion (524, 525, 154a, 154b).
A furniture hinge, comprising a mounting plate on which a side part is arranged, and a cup-shaped hinge part mounted pivotably on the side part via a support lever and a guide lever, with a damper comprising a housing and a linearly moveable piston rod being provided to dampen the movement of the hinge part relative to the side part, whereby the housing comprising the piston rod is arranged in the side part and the housing or the piston rod of the damper is fixed to the side part or the mounting plate, whereby a contact surface on the support lever or the guide lever acts directly on the piston rod or the damper housing for damping during a closing movement of the hinge part, characterized in that the contact surface will touch the piston rod or the damper housing only when the hinge part is arranged between a closed position and an opening angle of 10° to 40°, preferably 15° to 30°, and the damper is pretensioned through a spring to the extended position.
A method for switching a switching device between two switch positions in a hydraulic system, wherein the hydraulic system apart from the switching device comprises a pump assembly, wherein the pump assembly can assume at least two different operating conditions and a switching-over of the switching device is initiated by the pump assembly via the hydraulic system, characterised in that the switch positions of the switching device are reached in a manner depending on a stay duration of the pump assembly in at least one of the two operating conditions.
An image formation device, comprising: a recording head which has a plurality of nozzles for discharging a discharge liquid onto a conveyed recording medium, and an inlet through which the discharge liquid is supplied to an inside of the recording head; a flow channel member which is connected to the inlet and forms a flow channel for supplying the discharge liquid to the recording head; and a heating section which is configured to heat the flow channel member, wherein the flow channel member includes: a first flow channel section (514,515) one end of which is inserted into the inlet; and a second flow channel section that is a cylindrical member inside of which the first flow channel section (514,515) passes through and that externally covers a connection part between the one end of the first flow channel section (514,515) and the inlet, and the second flow channel section is connected with each of the first flow channel section (514,515) and the inlet via an elastic member, thereby connecting the one end of the first flow channel section (514,515) and the inlet to each other. a recording head which has a plurality of nozzles for discharging a discharge liquid onto a conveyed recording medium, and an inlet through which the discharge liquid is supplied to an inside of the recording head; a flow channel member which is connected to the inlet and forms a flow channel for supplying the discharge liquid to the recording head; and a heating section which is configured to heat the flow channel member, wherein the flow channel member includes: a first flow channel section (514,515) one end of which is inserted into the inlet; and a second flow channel section that is a cylindrical member inside of which the first flow channel section (514,515) passes through and that externally covers a connection part between the one end of the first flow channel section (514,515) and the inlet, and a first flow channel section (514,515) one end of which is inserted into the inlet; and a second flow channel section that is a cylindrical member inside of which the first flow channel section (514,515) passes through and that externally covers a connection part between the one end of the first flow channel section (514,515) and the inlet, and the second flow channel section is connected with each of the first flow channel section (514,515) and the inlet via an elastic member, thereby connecting the one end of the first flow channel section (514,515) and the inlet to each other.
A lighting apparatus comprising: a control module supplying power; a heat sink receiving the control module; a light source mounted on the heat sink and connected to the control module; and a communication module comprising a substrate on which an antenna device is disposed, characterized in that a connection terminal is provided on the substrate, wherein an insertion hole is formed in the heat sink and the substrate extends by passing through the insertion hole in such a way, that the connection terminal is inserted into the heat sink and the antenna device is protruding from the heat sink, wherein the control module comprises a coupling terminal to receive the connection terminal for connecting the communication module to the control module. a control module supplying power; a heat sink receiving the control module; a light source mounted on the heat sink and connected to the control module; and a communication module comprising a substrate on which an antenna device is disposed, characterized in that a connection terminal is provided on the substrate, wherein an insertion hole is formed in the heat sink and the substrate extends by passing through the insertion hole in such a way, that the connection terminal is inserted into the heat sink and the antenna device is protruding from the heat sink, wherein the control module comprises a coupling terminal to receive the connection terminal for connecting the communication module to the control module.
A temperature sensor comprising: an insulating substrate made of ceramics and comprising a first surface and a second surface; an electrode comprising a cathode electrode and an anode electrode on the first surface of the insulating substrate, the cathode electrode and the anode electrode to be connected to an external measuring circuit; a resistance wire portion comprising two or more meander-shaped resistance wires which are disposed inside and in a thickness direction of the insulating substrate and connected to each other in series between the cathode electrode and the anode electrode, the two or more resistance wires being connected and having a low potential as being close to the second surface from the first surface; and one or more metal layers which are connected to a position having a potential identical with that of the resistance wire portion or a potential lower than that of the resistance wire portion inside the insulating substrate, and are wider than the resistance wire, the metal layer being disposed between the resistance wire which is the closest to the second surface and the resistance wire which is the second closest to the second surface. an insulating substrate made of ceramics and comprising a first surface and a second surface; an electrode comprising a cathode electrode and an anode electrode on the first surface of the insulating substrate, the cathode electrode and the anode electrode to be connected to an external measuring circuit; a resistance wire portion comprising two or more meander-shaped resistance wires which are disposed inside and in a thickness direction of the insulating substrate and connected to each other in series between the cathode electrode and the anode electrode, the two or more resistance wires being connected and having a low potential as being close to the second surface from the first surface; and one or more metal layers which are connected to a position having a potential identical with that of the resistance wire portion or a potential lower than that of the resistance wire portion inside the insulating substrate, and are wider than the resistance wire, the metal layer being disposed between the resistance wire which is the closest to the second surface and the resistance wire which is the second closest to the second surface.
An image forming apparatus, comprising: an image forming unit configured to form an image using a plurality of consumables; an input unit configured to receive an input of information designating a consumable to be used for forming the image; and a control unit configured to selectively display information about other candidates of consumables to be used for forming the image based on the information input to the input unit, characterized in that the control unit is configured to selectively display a color of each of the candidates of consumables to be used for forming the image with improved contrast amongst the candidates of consumables based on the designated consumable, and the consumables include sheet or developing agent. an image forming unit configured to form an image using a plurality of consumables; an input unit configured to receive an input of information designating a consumable to be used for forming the image; and a control unit configured to selectively display information about other candidates of consumables to be used for forming the image based on the information input to the input unit, characterized in that the control unit is configured to selectively display a color of each of the candidates of consumables to be used for forming the image with improved contrast amongst the candidates of consumables based on the designated consumable, and the consumables include sheet or developing agent.
A detection apparatus comprising: (a) a solid support comprising an array of solid state nanopores; (b) a plurality of lipid nanodiscs on the surface of the solid support, wherein each of the lipid nanodiscs forms a seal at one of the solid state nanopores, wherein the lipid nanodiscs are separated from each other by interstitial regions on the surface of the solid support, wherein the interstitial regions are devoid of any lipid material; and (c) a plurality of protein nanopores inserted in the lipid nanodiscs to create apertures in each of the seals. (a) a solid support comprising an array of solid state nanopores; (b) a plurality of lipid nanodiscs on the surface of the solid support, wherein each of the lipid nanodiscs forms a seal at one of the solid state nanopores, wherein the lipid nanodiscs are separated from each other by interstitial regions on the surface of the solid support, wherein the interstitial regions are devoid of any lipid material; and (c) a plurality of protein nanopores inserted in the lipid nanodiscs to create apertures in each of the seals.
An expression vector of a suppressor of cytokine signaling for recombination of a BCG, characterized in that the expression vector is the Escherichia coli-acid-fast bacteria shuttle vector pSO246 comprising: a) a DNA consisting of a nucleotide sequence encoding a dominant negative mutant of suppressor of cytokine signaling 1 (SOCS1) having a single amino acid substitution in the amino acid sequence of SOCS1, wherein the site of the single amino acid substitution is position 59 from the N-terminus and the amino acid is changed from phenylalanine to aspartic acid, b) a DNA consisting of a nucleotide sequence encoding a transcription promoter of a gene selected from the group consisting of SP2, hsp60, hsp70 and Antigen 85B, c) a DNA consisting of a nucleotide sequence encoding a signal peptide of a gene selected from the group consisting of blaF, blaC, Antigen 85B and MPB64, d) a DNA consisting of an SD sequence, and e) a DNA consisting of a nucleotide sequence encoding a transcription terminator of a gene selected from the group consisting of hsp60, Antigen 85B and an M. kansasii-derived α antigen. a) a DNA consisting of a nucleotide sequence encoding a dominant negative mutant of suppressor of cytokine signaling 1 (SOCS1) having a single amino acid substitution in the amino acid sequence of SOCS1, wherein the site of the single amino acid substitution is position 59 from the N-terminus and the amino acid is changed from phenylalanine to aspartic acid, b) a DNA consisting of a nucleotide sequence encoding a transcription promoter of a gene selected from the group consisting of SP2, hsp60, hsp70 and Antigen 85B, c) a DNA consisting of a nucleotide sequence encoding a signal peptide of a gene selected from the group consisting of blaF, blaC, Antigen 85B and MPB64, d) a DNA consisting of an SD sequence, and e) a DNA consisting of a nucleotide sequence encoding a transcription terminator of a gene selected from the group consisting of hsp60, Antigen 85B and an M. kansasii-derived α antigen.
A method for determining presence or absence of a cancer cell in a biological sample obtained from a subject comprising the steps of: extracting DNA from the biological sample; analyzing methylation status, for the DNA obtained in the extracting step, by performing methylation-specific PCR using a primer set amplifying at least one CpG site chosen from the 9th, 10th and 28th to 30th CpG sites from the 5' end of a base sequence of SEQ ID NO: 1 of the HOXA9 gene; and determining presence or absence of the cancer cell in the biological sample based on a result of the PCR, wherein it is determined that the cancer cell is present in the biological sample when amplified product of the PCR is detected. extracting DNA from the biological sample; analyzing methylation status, for the DNA obtained in the extracting step, by performing methylation-specific PCR using a primer set amplifying at least one CpG site chosen from the 9th, 10th and 28th to 30th CpG sites from the 5' end of a base sequence of SEQ ID NO: 1 of the HOXA9 gene; and determining presence or absence of the cancer cell in the biological sample based on a result of the PCR, wherein it is determined that the cancer cell is present in the biological sample when amplified product of the PCR is detected.