mhurhangee/patent-ind-claim-en huggingface dataset:
An equipment for packaging products , said products being products for pharmaceutical or medical use, or the like, the equipment comprising means for loading the products in the equipment, means for packaging said products, means for discharging the same products packaged by the equipment, means for controlling the equipment, in particular in the form of corresponding electronic processing means, and means for transferring the products from said means for loading the products to said means for packaging said products; and in which said loading means are adapted to receive said products to be packaged in a random loading configuration; said means for loading the products to be packaged comprise means for supporting the products, at a respective withdrawal zone of the same products by the same transferring means , on which the products are arranged according to a random configuration, said means for supporting the products, at a respective withdrawal zone of the same products by the same transferring means , comprise a respective plane for resting said products; means for detecting the products on said means for loading said products , at said means for supporting the same products are provided for, comprising, or composed of, corresponding camera means, which are adapted to detect one or more images of said means, or plane, for supporting the same products with the products supported thereon; characterized in that the equipment is for re-packaging products that have already been previously packaged, in view of promoting, or to promote, a corresponding use of said products, for example, said products being in the form of a blister, in particular containing respective pharmaceutical forms, i.e., in the form of packages, such as boxes, containing a respective article or a drug, i.e., in the form of other articles, by way of example vials, syringes for injections or other, possibly inserted in corresponding containers, especially in the form of pouches, and being preferably usable, preferably in a re-packaged form, by corresponding entities, such as hospitals or the like, for the therapeutic treatment, especially of people; in that said means for transferring the products from said means for loading the products to said means for packaging said products comprise, or are composed of, a respective robot which is configured to withdraw the products from said means for loading the products and for transferring them to said means for packaging the same products; and in that said means for detecting the products on said means for loading said products are in connection with said means for controlling the equipment, which are configured to identify the respective random position of the respective products and for driving said means for transferring the products so that the latter ones withdraw said products, randomly located, from said means for loading the products in the equipment, i.e., from the respective supporting plane thereof.
A pitot tube assembly configured to be fitted to a centrifugal pump , comprising: an extension arm having a tubular body with opposing ends and a central axis extending between the opposing ends ; at least one pickup tube secured to one of said opposing ends of said extension arm ; and a terminal portion positioned at the end of the extension arm opposite the end of the extension arm to which the at least one pickup tube is secured; characterized in that a tapered fitting is provided toward the end of the extension arm opposite to the end of the extension arm to which the at least one pickup tube is secured, the tapered fitting being positioned between the opposing ends of the extension arm and having an outer surface configured to register against an outer pump casing part in friction fit therewith. an extension arm having a tubular body with opposing ends and a central axis extending between the opposing ends ; at least one pickup tube secured to one of said opposing ends of said extension arm ; and a terminal portion positioned at the end of the extension arm opposite the end of the extension arm to which the at least one pickup tube is secured; characterized in that a tapered fitting is provided toward the end of the extension arm opposite to the end of the extension arm to which the at least one pickup tube is secured, the tapered fitting being positioned between the opposing ends of the extension arm and having an outer surface configured to register against an outer pump casing part in friction fit therewith.
An article formed from a thermoplastic sheet having a peripheral edge and having sufficient rigidity to define the conformation of the article , the article comprising a body having an extension extending peripherally away from the body , the extension including: the peripheral edge of the thermoplastic sheet ; a bend region including a curved portion and being interposed between the peripheral edge and the junction between the body and the extension ; a peripheral flange interposed between the peripheral edge and the bend region , the peripheral flange being connected to the bend region by an elbow ; and, a bent portion interposed between the peripheral edge and the junction, the bent portion having a smooth periphery and being sufficiently bent that the peripheral edge of the thermoplastic sheet is displaced from the periphery of the article , whereby the article has a smooth periphery. the peripheral edge of the thermoplastic sheet ; a bend region including a curved portion and being interposed between the peripheral edge and the junction between the body and the extension ; a peripheral flange interposed between the peripheral edge and the bend region , the peripheral flange being connected to the bend region by an elbow ; and, a bent portion interposed between the peripheral edge and the junction, the bent portion having a smooth periphery and being sufficiently bent that the peripheral edge of the thermoplastic sheet is displaced from the periphery of the article , whereby the article has a smooth periphery.
An optical spectroscopy system, comprising: a light transmission unit for emitting light to a specific region of a subject based on a clock generated according to a Walsh code bit period; a light reception unit for collecting light coming through the specific region; a pipeline-structured matched filter for sequentially flowing current proportional to input voltage from an output of an amplifier to a first capacitor and a second capacitor through a first switch stage, wherein the amplifier is connected between an input of the matched filter and the first switch stage, and the first and second capacitors are sequentially connected to the output of the amplifier through the first switch stage; and a dual slope analog-digital converter for sequentially receiving electric charge stored in the first and second capacitors through a second switch stage connected to the first and second capacitors and digitizing the input voltage, wherein the matched filter and the dual slope analog-digital converter are included in the light reception unit and operated based on the generated clock. a light transmission unit for emitting light to a specific region of a subject based on a clock generated according to a Walsh code bit period; a light reception unit for collecting light coming through the specific region; a pipeline-structured matched filter for sequentially flowing current proportional to input voltage from an output of an amplifier to a first capacitor and a second capacitor through a first switch stage, wherein the amplifier is connected between an input of the matched filter and the first switch stage, and the first and second capacitors are sequentially connected to the output of the amplifier through the first switch stage; and a dual slope analog-digital converter for sequentially receiving electric charge stored in the first and second capacitors through a second switch stage connected to the first and second capacitors and digitizing the input voltage, wherein the matched filter and the dual slope analog-digital converter are included in the light reception unit and operated based on the generated clock.
A recessed LED light unit, in particular for being applied to plates which constitute false walls and/or false ceilings, comprising: a support on which an LED element is fixed, which is provided with lateral wings for engagement with the internal portion of a sheet (L), to which the light unit is applied, a plate-like member which is capable of being fixed to the support and which has a through-opening , through which the light emitted by the LED element of the light unit is emitted outwards, the LED element being mounted in a position interposed between the support and the plate-like member , substantially in vertical alignment with the through-opening , characterized in that it comprises a plate-like element which is interposed between the support and the plate-like member and which is mounted in a manner with limited sliding on the member, in that the plate-like element is provided with a first through-hole and a second through-hole , which are adjacent to each other, the first through-hole being capable of being engaged by a screen or lens element , and in that the plate-like element is movable between a first position, in which the first through-hole is arranged in correspondence with the through-opening , for diffusing the light emitted by the LED element , and a second position, in which the second through-hole is arranged in correspondence with the through-opening , the LED element being removable from the light unit through the second through-hole and the through-opening . a support on which an LED element is fixed, which is provided with lateral wings for engagement with the internal portion of a sheet (L), to which the light unit is applied, a plate-like member which is capable of being fixed to the support and which has a through-opening , through which the light emitted by the LED element of the light unit is emitted outwards, the LED element being mounted in a position interposed between the support and the plate-like member , substantially in vertical alignment with the through-opening , characterized in that it comprises a plate-like element which is interposed between the support and the plate-like member and which is mounted in a manner with limited sliding on the member, in that the plate-like element is provided with a first through-hole and a second through-hole , which are adjacent to each other, the first through-hole being capable of being engaged by a screen or lens element , and in that the plate-like element is movable between a first position, in which the first through-hole is arranged in correspondence with the through-opening , for diffusing the light emitted by the LED element , and a second position, in which the second through-hole is arranged in correspondence with the through-opening , the LED element being removable from the light unit through the second through-hole and the through-opening .
A device for detecting an electromagnetic radiation (49; 56) comprising at least one photodetector (Pix; Pix1) comprising an organic diode (D), different from a light-emitting diode, and an organic photodiode (PH) formed in a same stack of semiconductor layers , the organic photodiode receiving said radiation, the photodetector further comprising at least one screen opaque to said radiation and screening the portion of the stack corresponding to the diode.
A greenhouse, comprising: a frame comprising a plurality of uprights and a plurality of transverse beams ; a screen system, comprising: a first wire network comprising a plurality of first wires ; a second wire network comprising a plurality of second wires ; a sheet extending between the first and second wire network, wherein the sheet is coupled on a first side to the frame; a carrier which is coupled to a second side of the sheet; a drive system for moving the carrier; characterized in that the carrier is coupled to one of said first wires and to one of said second wires, and that the drive system is configured to move the first wires and the second wires simultaneously in the same direction in order to thus collapse or pull out the sheet. a frame comprising a plurality of uprights and a plurality of transverse beams ; a screen system, comprising: a first wire network comprising a plurality of first wires ; a second wire network comprising a plurality of second wires ; a sheet extending between the first and second wire network, wherein the sheet is coupled on a first side to the frame; a carrier which is coupled to a second side of the sheet; a drive system for moving the carrier; a first wire network comprising a plurality of first wires ; a second wire network comprising a plurality of second wires ; a sheet extending between the first and second wire network, wherein the sheet is coupled on a first side to the frame; a carrier which is coupled to a second side of the sheet; a drive system for moving the carrier;
A caustic-free detergent composition comprising: from 0.1-15 wt-% of a chelating agent being an aminocarboxylate or a salt thereof; from 0.1-15 wt-% of a water conditioning polymer wherein the water conditioning polymer is a polyacrylate, polycarboxylate or polycarboxylic acid; from 0.1-15 wt-% of a secondary chelating agent; from 10-60 wt-% of a non-caustic alkalinity source, wherein the non-caustic alkalinity source is an alkali metal silicate and/or metasilicate; from 20-80 wt-% of water, wherein the composition is caustic-free, does not contain surfactants and reduces or eliminates scale build-up on treated surfaces, and wherein a use solution of the composition has a pH less than 11.5, wherein the detergent composition provides an effective sanitizing effect at wash temperatures that are not heated above 60° C (140° F) when employed with a sanitizer. from 0.1-15 wt-% of a chelating agent being an aminocarboxylate or a salt thereof; from 0.1-15 wt-% of a water conditioning polymer wherein the water conditioning polymer is a polyacrylate, polycarboxylate or polycarboxylic acid; from 0.1-15 wt-% of a secondary chelating agent; from 10-60 wt-% of a non-caustic alkalinity source, wherein the non-caustic alkalinity source is an alkali metal silicate and/or metasilicate; from 20-80 wt-% of water, wherein the composition is caustic-free, does not contain surfactants and reduces or eliminates scale build-up on treated surfaces, and wherein a use solution of the composition has a pH less than 11.5, wherein the detergent composition provides an effective sanitizing effect at wash temperatures that are not heated above 60° C (140° F) when employed with a sanitizer.
Wet-rotor pump with an impeller and with an electric drive motor , the electric drive motor having a permanent magnet rotor which has a motor shaft on which a permanent magnet carrier of the permanent magnet rotor is fastened, wherein a first axial end portion (11.1) of the motor shaft has a seat for an impeller and the permanent magnet carrier carries at least one permanent magnet and is fastened to a second axial end portion (11.2) of the motor shaft opposite the first end portion (11.1) of the motor shaft , and the motor shaft is rotatably mounted by means of a bearing , characterised in that the permanent magnet carrier is pot-shaped and has a pot base portion (9.1) fastened to the second axial end portion (11.2) of the motor shaft and extending at least substantially radially to the motor shaft , and a circular cylinder wall portion (9.2) directly adjoining the outer periphery of the pot base portion (9.1) and coaxially surrounding the motor shaft , wherein a deviation of the wall thickness on the pot base portion (9.1) and the circular cylinder wall portion (9.2) amounts to up to twice a wall thickness or the pot base portion (9.1) and the circular cylinder wall portion (9.2) have an exactly identical wall thickness, and wherein at least one radially extending channel is arranged on an inner base wall of the pot base portion (9.1) of the permanent magnet carrier , and the pot base portion (9.1) has a hub in which the motor shaft is received, and at least one groove is incorporated on the hub inner wall of the hub , said groove being connected to the at least one channel in terms of flow technology to form a liquid overflow channel, such that a liquid which is located in the wet chamber of the electric drive motor of the wet rotor pump may overflow between the one axial side of the permanent magnet carrier and the other axial side of the permanent magnet carrier .
A 3D time-of-flight camera for capturing three-dimensional image data from a detection area , comprising an illumination unit for transmitting transmitted light modulated simultaneously in at least two frequencies into the detection area , an image sensor having a plurality of pixels for generating received signals from reflected transmitted light reflected in the detection area , a plurality of evaluation circuits assigned to the pixels for respectively determining at least one distance per pixel from the received signals by means of a time-of-flight method using the at least two frequencies, and an internal reference target that directs a portion of the transmitted light or test light within the 3D time-of-flight camera onto the image sensor , wherein the test light is modulated light whose modulation corresponds to that of transmitted light deflected at a reference target at a defined distance, characterized in that the 3D time-of-flight camera is configured to measure distances both to the internal reference target and to at least one object in the detection area in the same visual ray of a pixel in order to enable a function test at the same time as the actual measurement, and comprises an evaluation unit that, for the function test, compares a measured variable of the reference target determined by the evaluation circuits with a reference measured variable.
Trastuzumab emtansine (T-DM1) for use in a method of adjuvant therapy comprising administering to a patient with HER2-positive early breast cancer an effective amount of trastuzumab emtansine (T-DM1) as a monotherapy, wherein the patient has residual disease present in a breast and/or axillary lymph node after a pre-operative systemic treatment and wherein the adjuvant therapy substantially increases invasive disease-free survival (IDFS) as compared to adjuvant therapy with trastuzumab.
A dining car for a railway vehicle, including first and second side faces laid out facing each other, and a first lower floor , the dining car comprising a first consumption area (Z1), a second preparation area (Z2), and a third technical area (Z3), wherein: - the first side face includes first supporting portions supporting a second upper floor , and - the first (Z1), second (Z2) and third (Z3) areas are all made on the first lower floor , and - the second upper floor extends transversely between a first side edge , assembled with each first supporting portion , and a second side edge , the second side edge being spaced apart from the second side face by a non-zero distance, so as to delimit a transverse aperture between this second side edge and this second side face , characterized in that the second side face includes second supporting portions , the dining car including horizontal cross-pieces , each connecting the second upper floor to the respective one of the second supporting portions . - the first side face includes first supporting portions supporting a second upper floor , and - the first (Z1), second (Z2) and third (Z3) areas are all made on the first lower floor , and - the second upper floor extends transversely between a first side edge , assembled with each first supporting portion , and a second side edge , the second side edge being spaced apart from the second side face by a non-zero distance, so as to delimit a transverse aperture between this second side edge and this second side face ,
A back-illuminated solid-state imaging device comprising a pixel array formed in a semiconductor substrate having a back surface side and an opposite front surface side, each pixel comprising: a photoelectric conversion section (PD) that performs photoelectric conversion; a charge retaining section (MEM) that temporarily retains electric charge converted by the photoelectric conversion section; a first isolation trench formed in the substrate between the photoelectric conversion section and the charge retaining section, the first isolation trench partially penetrates the substrate in the depth direction from the back surface side towards the front surface side such that the first isolation trench is deeper than the photoelectric conversion section (PD); and further comprising an N+ diffusion layer that receives electric charge when the photoelectric conversion section is saturated preventing that electric charge flows into the charge retaining section, the N+ diffusion layer being electrically connected to a pixel reset transistor. a photoelectric conversion section (PD) that performs photoelectric conversion; a charge retaining section (MEM) that temporarily retains electric charge converted by the photoelectric conversion section; a first isolation trench formed in the substrate between the photoelectric conversion section and the charge retaining section, the first isolation trench partially penetrates the substrate in the depth direction from the back surface side towards the front surface side such that the first isolation trench is deeper than the photoelectric conversion section (PD); and further comprising an N+ diffusion layer that receives electric charge when the photoelectric conversion section is saturated preventing that electric charge flows into the charge retaining section, the N+ diffusion layer being electrically connected to a pixel reset transistor.