mhurhangee/ep-ind-claims huggingface dataset:
Operator control apparatus for a motor vehicle for controlling at least one device, comprising: - A control apparatus, which is coupled with the at least one device and - a detection apparatus which is coupled with a control apparatus and is configured to detect at least one person in a detection range, wherein - the operator control apparatus comprises a display apparatus, which is coupled with the control apparatus, characterised in that - the control apparatus is configured to show or hide on a display of the display apparatus for the at least one device in each case a graphic operator control element (32, 34) for controlling the device, wherein - the detection range is divided into at least one first sub-region and a second sub-region, wherein - the detection apparatus is configured to detect whether a person is located in the first sub-region and/or a further person is located in the second sub-region, wherein - the control apparatus is configured to show in each case a graphic operator control element (32, 34) for controlling the device as a function of the at least one person detected in the respective sub-region (28, 30) of the detection region, wherein a graphic operator control element is assigned to the first sub-region and a further graphic operator control element is assigned to the second sub-region wherein - the control apparatus is further configured to hide the respective graphic operator control element (32, 34), if the person detected in each case leaves the respective sub-region (28, 30). - A control apparatus, which is coupled with the at least one device and - a detection apparatus which is coupled with a control apparatus and is configured to detect at least one person in a detection range, wherein - the operator control apparatus comprises a display apparatus, which is coupled with the control apparatus, - the control apparatus is configured to show or hide on a display of the display apparatus for the at least one device in each case a graphic operator control element (32, 34) for controlling the device, wherein - the detection range is divided into at least one first sub-region and a second sub-region, wherein - the detection apparatus is configured to detect whether a person is located in the first sub-region and/or a further person is located in the second sub-region, wherein - the control apparatus is configured to show in each case a graphic operator control element (32, 34) for controlling the device as a function of the at least one person detected in the respective sub-region (28, 30) of the detection region, wherein a graphic operator control element is assigned to the first sub-region and a further graphic operator control element is assigned to the second sub-region wherein - the control apparatus is further configured to hide the respective graphic operator control element (32, 34), if the person detected in each case leaves the respective sub-region (28, 30).
A method of processing a metal-ceramic substrate which is provided as a master card, comprising: - providing a metal-ceramic substrate, - forming a predetermined breaking point and more preferably a separation line for separating the metal-ceramic substrate by means of laser light of an ultrashort pulse laser, wherein the metal-ceramic substrate is arranged stationary during the formation of the predetermined breaking point, and wherein, for forming the predetermined breaking point, the laser light is moved across the metal-ceramic substrate and a groove is produced which is inclined with respect to the direction of the gravity direction, characterized in that all the angles of inclination in a master card are less than 12° and an angle of inclination averaged over all the predetermined breaking recesses of the master card has a value between 2° and 11°. - providing a metal-ceramic substrate, - forming a predetermined breaking point and more preferably a separation line for separating the metal-ceramic substrate by means of laser light of an ultrashort pulse laser,
Subframe for a motor vehicle, having two front node elements, separated from one another in a vehicle transverse direction (y), for connection to a vehicle body, which are connected to one another by means of a front subframe transverse beam, and having at least one functional part extending in a vehicle transverse direction (y) next to the subframe transverse beam, which is a rotary actuator by which a torsion can be applied to torsion spring rods acting on the vehicle wheel suspension, characterised in that the subframe transverse beam has an opening (35, 36) that provides an additional installation space in which the functional part at least partially projects, specifically contactlessly with the formation of a free passage (s) between the functional part and the opening (35, 36) of the subframe transverse beam, and in that the rotary spring rods of the functional part configured as a rotary actuator are spaced apart in the vehicle longitudinal direction (x) and are arranged outside the opening (35, 36) provided by the subframe transverse beam.
An arrangement (13, 24) for replacing a fluorescent lamp connected either to a magnetic ballast or an electronic ballast, the arrangement (13, 24) comprising: a plurality of groups (16, 17, 25, 26, 27) of LEDs (14, 15), switchable among a plurality of circuit configurations, including a first circuit configuration and a second circuit configuration; first means (28b, 29b) for sensing a frequency of power supplied to the arrangement by the luminaire and generating an output; and second means (19, 21, 28, 29, 28a, 29a) for switching the circuit configuration of the plurality of LEDs on the basis of the output of the first means for sensing frequency, and wherein each group of LEDs comprises a single LED or a plurality of LEDs connected in series or parallel or a combination of both, and wherein the first and second circuit configurations differ in the number of the groups of LEDs connected in series versus the number of groups of LEDs connected in parallel. a plurality of groups (16, 17, 25, 26, 27) of LEDs (14, 15), switchable among a plurality of circuit configurations, including a first circuit configuration and a second circuit configuration; first means (28b, 29b) for sensing a frequency of power supplied to the arrangement by the luminaire and generating an output; and second means (19, 21, 28, 29, 28a, 29a) for switching the circuit configuration of the plurality of LEDs on the basis of the output of the first means for sensing frequency, and wherein each group of LEDs comprises a single LED or a plurality of LEDs connected in series or parallel or a combination of both, and wherein the first and second circuit configurations differ in the number of the groups of LEDs connected in series versus the number of groups of LEDs connected in parallel.
A process for capturing multimedia contents for a multimedia acquisition device (1,1'), comprising the steps of: - acquiring a multimedia content in the form of a multimedia stream through video capturing means and possibly also audio capturing means; - acquiring data related to capturing conditions of the multimedia content with respect to at least one capture parameter through monitoring means for monitoring said capturing conditions; - storing values dependent on said data of at least said one capture parameter in predetermined areas of a multimedia file associated with said captured multimedia content in the form of at least one metadatum, wherein the step of storing said at least one metadatum associated with said multimedia file is carried out in accordance with an entry frequency determining how often said data related to capturing conditions is stored into said predetermined areas of said multimedia file, characterized in that said process further comprises the step of controlling and modifying said entry frequency of said at least one metadatum according to the speed of variation or the degree of variability of said stored values dependent on said acquired data with respect to said at least one capture parameter. - acquiring a multimedia content in the form of a multimedia stream through video capturing means and possibly also audio capturing means; - acquiring data related to capturing conditions of the multimedia content with respect to at least one capture parameter through monitoring means for monitoring said capturing conditions; - storing values dependent on said data of at least said one capture parameter in predetermined areas of a multimedia file associated with said captured multimedia content in the form of at least one metadatum,
Si-HPMC-encapsulated insulin-producing cells for use in the treatment of type 1 diabetes, in particular for restoring and/or maintaining euglycemia in a type 1 diabetic patient or a type 1 prediabetic patient, wherein Si-HPMC has the following simplified formula: (HPMC)-O-CH 2 -CH -CH 2 -O-(CH 3) 3 -Si(O - Na +) 3.
A method for performing Packet Service only service provisioning in a wireless network, comprising: receiving, at a serving general packet radio service, GPRS, support node (SGSN), a request message from a mobile station, MS, that the MS supports PS based short messaging service, SMS, and performs a circuit switched, CS, registration only to receive SMS service via a CS domain; and sending, from the SGSN, an accept message to the MS indicating whether SMS over a non-access stratum is supported by the SGSN, characterized in that the method further comprises transmitting, from the SGSN, a GPRS mobility management, GMM, message identifying a cause code that an international mobile subscriber identity, IMSI, attach is rejected because PS only is supported by the MS and the SGSN supports SMS over the NAS. receiving, at a serving general packet radio service, GPRS, support node (SGSN), a request message from a mobile station, MS, that the MS supports PS based short messaging service, SMS, and performs a circuit switched, CS, registration only to receive SMS service via a CS domain; and sending, from the SGSN, an accept message to the MS indicating whether SMS over a non-access stratum is supported by the SGSN, characterized in that the method further comprises transmitting, from the SGSN, a GPRS mobility management, GMM, message identifying a cause code that an international mobile subscriber identity, IMSI, attach is rejected because PS only is supported by the MS and the SGSN supports SMS over the NAS.
Process for the preparation of a particulate dental filler composition, comprising the following steps: (a) introducing a mixture containing a silica precursor component, and a solution or dispersion of one or more compounds selected from compounds of aluminum, zinc, titanium, zirconium, tungsten, ytterbium, hafnium, bismuth, barium, strontium, silver, tantalum, lanthanum, tin, boron, and cerium, into a pulsed reactor; (b) converting the silica precursor component and the compounds into a particulate mixed oxide with a pulsed gas flow resulting from flameless combustion; (c) isolating the particulate mixed oxide from the pulsed reactor; (d) optionally subjecting the particulate mixed oxide to a heat treatment step; and (e) treating the optionally heat-treated particulate mixed oxide with a silane treatment agent for obtaining a particulate dental filler composition. (a) introducing a mixture containing a silica precursor component, and a solution or dispersion of one or more compounds selected from compounds of aluminum, zinc, titanium, zirconium, tungsten, ytterbium, hafnium, bismuth, barium, strontium, silver, tantalum, lanthanum, tin, boron, and cerium, into a pulsed reactor; a silica precursor component, and a solution or dispersion of one or more compounds selected from compounds of aluminum, zinc, titanium, zirconium, tungsten, ytterbium, hafnium, bismuth, barium, strontium, silver, tantalum, lanthanum, tin, boron, and cerium, (b) converting the silica precursor component and the compounds into a particulate mixed oxide with a pulsed gas flow resulting from flameless combustion; (c) isolating the particulate mixed oxide from the pulsed reactor; (d) optionally subjecting the particulate mixed oxide to a heat treatment step; and (e) treating the optionally heat-treated particulate mixed oxide with a silane treatment agent for obtaining a particulate dental filler composition.
A plastic component (10; 12; 14; 100) with a substrate (130; 230) composed of a plastic and at least one first fastening piece that is embodied for a form-fitting engagement with a complementarily formed other fastening piece and has at least one anchoring element (112; 212) for being embedded and fixed in position in the substrate (130; 230), characterized in that the substrate (130; 230) is composed of soft foam with a weight per unit volume of 50 kg/m 3 to 400 kg/m 3 and a Shore A hardness of 5 to 100, and in that the fastening element (110; 210) is composed of a thermoplastic plastic, and the anchoring element (112; 212) has at least two projections (122; 222) and at least two grooves (123; 223), and therefore can be non-detachably embedded in the material of the substrate (130; 230) by means of a reliable meshing.
A nozzle management machine which manages suction nozzles used to hold an electrical component in an electrical component mounting machine, the nozzle management machine comprising: a nozzle storing device that includes a plurality of carriers each storing a pallet capable of respectively accommodating the suction nozzles; a nozzle tray; and a nozzle transfer device that transfers the suction nozzles respectively placed on the plurality of pallets, wherein the nozzle transfer device is configured to transfer a suction nozzle from one of the pallets to the nozzle tray be to placed when used in an electrical component mounting machine, the nozzle storing device comprises a circulatory mechanism adapted to circulate the carriers concurrently along a defined path, the nozzle management machine includes a linearly moveable pallet transfer device that transfers any one of the plurality of pallets from the nozzle storing device to a transfer position set as a position in which the suction nozzles are transferred by the nozzle transfer device, and the nozzle transfer device is configured so as to transfer the suction nozzles placed on one of the plurality of pallets transferred to the transfer position by the pallet transfer device to said nozzle tray and vice versa. a nozzle storing device that includes a plurality of carriers each storing a pallet capable of respectively accommodating the suction nozzles; a nozzle tray; and a nozzle transfer device that transfers the suction nozzles respectively placed on the plurality of pallets, wherein the nozzle transfer device is configured to transfer a suction nozzle from one of the pallets to the nozzle tray be to placed when used in an electrical component mounting machine, the nozzle storing device comprises a circulatory mechanism adapted to circulate the carriers concurrently along a defined path, the nozzle management machine includes a linearly moveable pallet transfer device that transfers any one of the plurality of pallets from the nozzle storing device to a transfer position set as a position in which the suction nozzles are transferred by the nozzle transfer device, and the nozzle transfer device is configured so as to transfer the suction nozzles placed on one of the plurality of pallets transferred to the transfer position by the pallet transfer device to said nozzle tray and vice versa.
A method for printing a desired periodic pattern of linear features into a photosensitive layer formed on a substrate, which method includes: a) providing a mask bearing a mask pattern of linear features that are parallel to a first direction and having a period that is twice that of the desired periodic pattern; b) arranging the photosensitive layer parallel to the mask and with a separation from the mask pattern; c) generating monochromatic light at a wavelength; and d) illuminating the mask pattern with said light over a range of angles of illumination in a first plane parallel to said first direction, whereby the light at each angle of illumination transmitted by the mask forms a range of transversal intensity distributions between Talbot planes and forms a light-field component at the photosensitive layer, and the superposition of said components prints the desired pattern; wherein the range of angles of illumination is selected in relation to the wavelength, the separation and the period so that the superposition of said components is substantially equivalent to an average of the range of transversal intensity distributions formed by light at one of the angles of illumination. a) providing a mask bearing a mask pattern of linear features that are parallel to a first direction and having a period that is twice that of the desired periodic pattern; b) arranging the photosensitive layer parallel to the mask and with a separation from the mask pattern; c) generating monochromatic light at a wavelength; and d) illuminating the mask pattern with said light over a range of angles of illumination in a first plane parallel to said first direction, whereby the light at each angle of illumination transmitted by the mask forms a range of transversal intensity distributions between Talbot planes and forms a light-field component at the photosensitive layer, and the superposition of said components prints the desired pattern;
An inspection system effective to collect images of a part under inspection, the inspection system comprising: a) a three axis linear motion stage; b) a rotary fourth axis stage configured to hold and rotate an object to be inspected, said rotary fourth axis stage mounted on said three axis linear stage; c) a camera and optical system mounted to the three axis linear motion stage, said camera having an optical axis; d) a 45 degree mirror configured to bend said optical axis of the camera by 90° to point towards said object, wherein the 45 degree mirror is a partially reflecting mirror and a first light source is placed on one side of the partially reflecting mirror substantially perpendicular to the optical axis bent by the 45 degree mirror so that the light from the first light source is directed as bright field illumination at the object to be inspected; e) a motor configured to rotate the mirror over a range of angles around the optical axis of the camera; and f) a second light source capable of illuminating said object is placed in front of said 45 degree mirror and is configured to act as a dark field source of illumination. a) a three axis linear motion stage; b) a rotary fourth axis stage configured to hold and rotate an object to be inspected, said rotary fourth axis stage mounted on said three axis linear stage; c) a camera and optical system mounted to the three axis linear motion stage, said camera having an optical axis; d) a 45 degree mirror configured to bend said optical axis of the camera by 90° to point towards said object, wherein the 45 degree mirror is a partially reflecting mirror and a first light source is placed on one side of the partially reflecting mirror substantially perpendicular to the optical axis bent by the 45 degree mirror so that the light from the first light source is directed as bright field illumination at the object to be inspected; e) a motor configured to rotate the mirror over a range of angles around the optical axis of the camera; and f) a second light source capable of illuminating said object is placed in front of said 45 degree mirror and is configured to act as a dark field source of illumination.
A connector protecting cover suitable for being fixed to a connector of a circuit board module to cover a plurality of connecting terminals of the connector, the connector protecting cover comprising: a top wall; a circular side wall, connected to the top wall; and a partition, connected to the circular side wall, wherein the top wall, the circular side wall, and the partition define a plurality of accommodation spaces, and the partition and the circular side wall are together used for clipping the connecting terminals, such that the connecting terminals are located in the accommodation spaces; characterised in that an outer surface of the circular side wall is provided with a plurality of protruding ridges for bearing against an outer frame of the connector, and each of the protruding ridges comprises a guide chamfer on one side far away from the top wall. a top wall; a circular side wall, connected to the top wall; and a partition, connected to the circular side wall, wherein the top wall, the circular side wall, and the partition define a plurality of accommodation spaces, and the partition and the circular side wall are together used for clipping the connecting terminals, such that the connecting terminals are located in the accommodation spaces; characterised in that an outer surface of the circular side wall is provided with a plurality of protruding ridges for bearing against an outer frame of the connector, and each of the protruding ridges comprises a guide chamfer on one side far away from the top wall.
A bioelectronic device comprising (a) an isolated single cell which is a living cell expressing (i) a first ion channel/receptor system wherein said first ion channel is a ligand-gated channel, and is responsive to a change in the characteristics of the first receptor and (ii) a second ion channel/receptor system wherein said second ion channel is responsive to a change in the characteristics of the second receptor, wherein the first ion channel and the second ion channel direct a countercurrent flux of ions with the same charge or a co-current flux of ions with a different charge, and (b) an extracellular planar potential-sensitive electrode which is electrically insulated against the cell culture medium of the isolated cell, wherein the isolated cell is cultivated on said electrode and is in operative contact with said electrode, so that an electrical signal of the isolated cell can be measured, wherein the isolated cell is transfected with a first nucleic acid molecule encoding components of the first ion channel/receptor system and with a second nucleic acid molecule encoding components of the second ion channel/receptor system. (a) an isolated single cell which is a living cell expressing (i) a first ion channel/receptor system wherein said first ion channel is a ligand-gated channel, and is responsive to a change in the characteristics of the first receptor and (ii) a second ion channel/receptor system wherein said second ion channel is responsive to a change in the characteristics of the second receptor, wherein the first ion channel and the second ion channel direct a countercurrent flux of ions with the same charge or a co-current flux of ions with a different charge, and (b) an extracellular planar potential-sensitive electrode which is electrically insulated against the cell culture medium of the isolated cell, wherein the isolated cell is cultivated on said electrode and is in operative contact with said electrode, so that an electrical signal of the isolated cell can be measured,